mhurhangee/ep-ind-claims huggingface dataset:
A method in a computer system having a computer program with statically bound function calls and dynamically bound function calls, the statically bound function calls generated for unambiguous function calls in which the function name refers to only one function member in a class hierarchy, wherein the object code for a statically bound function call includes: (i) a placeholder for an instruction to be backpatched over the placeholder, and (ii) a call instruction to call the verified entry point of the only one function member, and the dynamically bound function calls generated for ambiguous function calls, in which the function name refers to more than one function member in a class hierarchy, wherein the object code for a dynamically bound function call includes: (i) an instruction to identify the class of the last object that used the function call, thereby invoking a particular function member, and (ii) a call instruction to invoke the unverified entry point of the particular function member, and the method comprising the steps of: determining at runtime whether a statically bound function call becomes ambiguous; and converting the statically bound function call to a dynamically bound function call, when it is determined that the statically bound function call becomes ambiguous, by: (i) backpatching said placeholder with an instruction identifying the class that contained the one function member before the function call became ambiguous, and (ii) modifying said call instruction to call the unverified entry point of the one function member, such that the conversion occurs without recompilation of the computer program. determining at runtime whether a statically bound function call becomes ambiguous; and converting the statically bound function call to a dynamically bound function call, when it is determined that the statically bound function call becomes ambiguous, by: (i) backpatching said placeholder with an instruction identifying the class that contained the one function member before the function call became ambiguous, and (ii) modifying said call instruction to call the unverified entry point of the one function member, such that the conversion occurs without recompilation of the computer program. (i) backpatching said placeholder with an instruction identifying the class that contained the one function member before the function call became ambiguous, and (ii) modifying said call instruction to call the unverified entry point of the one function member, such that the conversion occurs without recompilation of the computer program.
Tool holder device having a tool holder body for holding in a rotationally fixed manner a rotary tool having a shank having a clamping portion and a receptacle opening for the shank of the tool, having a coolant supply installation for a pressurized coolant, at least one coolant directing installation for directing the coolant toward the clamped tool shank, wherein a coolant backup and/or collection chamber is present in the region of the free end of the tool holder body, the at least one coolant directing installation opening into said coolant backup and/or collection chamber, and wherein the coolant backup and/or collection chamber by way of an annular gap is connected to the environment of the tool holder device, wherein the coolant backup and/or collection chamber and the annular gap are at least partially delimited by the tool shank, characterized in that the coolant directing installation is designed as a duct which from a transverse bore in the tool holder body extends to the end side of the latter and at said end side opens into the backup and/or collection chamber, said transverse bore in turn being connected to a passage bore by way of which the coolant in the interior of the tool holder body can be advanced.
A package for a floral product, the package comprising: an open-topped hollow rigid housing; a reservoir within the housing defined by a vial that can be placed into the housing, the vial having an upwardly-facing opening; and a support within the housing that defines a recess for receiving and supporting the vial; the package being characterised by a cover panel that conceals the vial in a compartment defined between the cover panel and a base of the housing, the cover panel being penetrated by at least one aperture that communicates with the upwardly-facing opening of the vial in the compartment; and the package being further characterised in that the support supports the vial in the compartment and also supports the cover panel. an open-topped hollow rigid housing; a reservoir within the housing defined by a vial that can be placed into the housing, the vial having an upwardly-facing opening; and a support within the housing that defines a recess for receiving and supporting the vial; the package being characterised by a cover panel that conceals the vial in a compartment defined between the cover panel and a base of the housing, the cover panel being penetrated by at least one aperture that communicates with the upwardly-facing opening of the vial in the compartment; and the package being further characterised in that the support supports the vial in the compartment and also supports the cover panel.
An electronic device comprising: a display; a lens array; one or more ultrasonic transducers coupled between the lens array and the display; and detection circuitry, wherein the detection circuitry is configured to stimulate the one or more ultrasonic transducers to generate one or more ultrasonic waves that propagate to the lens array and the detection circuitry is configured to receive one or more reflections of the one or more ultrasonic waves from the lens array for determining optical integrity. a display; a lens array; one or more ultrasonic transducers coupled between the lens array and the display; and detection circuitry, wherein the detection circuitry is configured to stimulate the one or more ultrasonic transducers to generate one or more ultrasonic waves that propagate to the lens array and the detection circuitry is configured to receive one or more reflections of the one or more ultrasonic waves from the lens array for determining optical integrity.
Rotating electric machine comprising a stator equipped with stator windings, and a rotor, said rotor comprising a plurality of alternated north and south poles that are formed from permanent magnets that are placed in a substantially radial so-called flux-concentrating configuration, and first voids produced in the magnetic mass of said rotor and in which said permanent magnets are respectively housed; said rotor comprising, in each of its poles, a second void produced substantially radially in the magnetic mass of the pole in question, between two said consecutive permanent magnets bounding said pole, said second void participating in a reduction of the mechanical inertia of said rotor; said rotor comprising, in each of its poles, a segment forming a bridge between magnetic masses of said rotor on either side of said second void, and said permanent magnets being of substantially rectangular shape with a height (h a) in the radial direction of said rotor, a length (L zs) in the axial direction of said rotor and a width (l a), these dimensions having predetermined dimensional values, said portion forming a bridge having a magnetic-mass height no larger than about one times the dimensional value of said width (l a) of said permanent magnets, said portion forming a bridge having a magnetic-mass height larger than about one times the unit lamination thickness of a stack of laminations forming the magnetic mass of said rotor, said second void comprising a top portion that participates in a reduction in the mechanical inertia of said rotor and a bottom portion that participates in control of a flux-weakening magnetic flux through the central portion of the rotor, said top portion having a substantially trapezoidal shape with a smallest side corresponding substantially to said portion forming a bridge, the first void comprising, in its bottom portion, in the vicinity of the shaft of the rotor, reluctance spaces that are air-filled, and that are left vacant by the permanent magnet, characterized in that said portion forming a bridge is set back with respect to the circumferential surface of said rotor.
An object detection apparatus comprising: a radio wave output unit configured to output a radio wave; a radio wave receiving unit configured to receive a reflected wave of the radio wave; an object information generation unit (24, 26) configured to generate a plurality of object information each indicating a location of each of a plurality of objects with respect to a predetermined reference point based on the radio wave and the reflected wave; a calculation unit configured to calculate a first distance between an observation reference line (64, 74, 152, 156, 158, 166, 168, 174, 176, 178, 179, 224) which represents a shape and a location of a target area for detection preset depending on a target object for detection, and each of the plurality of objects, based on the observation reference line information (80, 140, 180, 200) stored in advance indicating a shape and a location of the observation reference line (64, 74, 152, 156, 158, 166, 168, 174, 176, 178, 179, 224) and the object information, wherein the observation reference line (64, 74, 152, 156, 158, 166, 168, 174, 176, 178, 179, 224) is at least one of a straight line, a line segment, or an arc; a selection unit configured to select a predetermined number or less of the object information in ascending order of the first distance among the plurality of the object information as the object information to be output; and an output unit (17,38) configured to output the predetermined number or less of the object information selected by the selection unit. a radio wave output unit configured to output a radio wave; a radio wave receiving unit configured to receive a reflected wave of the radio wave; an object information generation unit (24, 26) configured to generate a plurality of object information each indicating a location of each of a plurality of objects with respect to a predetermined reference point based on the radio wave and the reflected wave; a calculation unit configured to calculate a first distance between an observation reference line (64, 74, 152, 156, 158, 166, 168, 174, 176, 178, 179, 224) which represents a shape and a location of a target area for detection preset depending on a target object for detection, and each of the plurality of objects, based on the observation reference line information (80, 140, 180, 200) stored in advance indicating a shape and a location of the observation reference line (64, 74, 152, 156, 158, 166, 168, 174, 176, 178, 179, 224) and the object information, wherein the observation reference line (64, 74, 152, 156, 158, 166, 168, 174, 176, 178, 179, 224) is at least one of a straight line, a line segment, or an arc; a selection unit configured to select a predetermined number or less of the object information in ascending order of the first distance among the plurality of the object information as the object information to be output; and an output unit (17,38) configured to output the predetermined number or less of the object information selected by the selection unit.
Method for operating a first and a second vehicle (11, 12), in which a check is performed on board each vehicle to ascertain whether a new coupling to another vehicle has taken place, and if a new coupling is detected, a configuration signal indicating the coupling state is transmitted to a wayside switching device in each case, characterised in that if a configuration signal of the first vehicle and a configuration signal of the second vehicle are present, a communication link is established between the two vehicles (11, 12) with the inclusion of the wayside switching device, or an already existing communication link between the two vehicles (11, 12) is reconfigured with the inclusion of the wayside switching device.
A receiving member adapted to assist with the connection of a feeding tube and a feeding set, the receiving member being received within or by the feeding tube, the receiving member comprising; a first end, an inner surface, an outer surface, and a plurality of fingers extending opposite the first end, the fingers being flexible; wherein the receiving member is adapted to receive a connector associated with the feeding set; and wherein the fingers of the receiving member are adapted to radially deflect upon insertion of a connector therebetween so that the fingers contact the connector in such a manner as to create an interface between the receiving member and the connector and upon removal of the connector the fingers adopt a shape at least substantially the same as that prior to insertion of the connector, wherein the receiving member further comprises a skeleton forming a core of the receiving member, and wherein the receiving member has a shell which covers at least a portion of the skeleton and provides an interface with the connector when inserted in the receiving member.
A method for manufacturing an optical fiber ribbon in which adjacent optical fibers are connected intermittently in a length direction, the method comprising: feeding the optical fibers along the length direction; and applying a resin intermittently in the length direction by rotating, between adjacent ones of the optical fibers, a rotating member having a peripheral edge part including a recess allowing the resin to flow to connect adjacent optical fibers to each other, and further a peripheral edge part blocking the resin to leave adjacent optical fibers unconnected, characterised in that a moving speed, in the length direction, of the peripheral edge part blocking the resin is slower than a feeding speed of the optical fibers. feeding the optical fibers along the length direction; and applying a resin intermittently in the length direction by rotating, between adjacent ones of the optical fibers, a rotating member having a peripheral edge part including a recess allowing the resin to flow to connect adjacent optical fibers to each other, and further a peripheral edge part blocking the resin to leave adjacent optical fibers unconnected, characterised in that a moving speed, in the length direction, of the peripheral edge part blocking the resin is slower than a feeding speed of the optical fibers.
A display frame for dispensing a volatile material, comprising: a first wall portion with an opening for a volatile material dispenser disposed therein; a second wall portion hingedly connected to a first end of the first wall portion about a first fold line, the second wall portion further including a first aperture disposed therein; a third wall portion hingedly connected to a second end of the first wall portion about a second fold line; and a fourth wall portion hingedly connected to an end of the third wall portion about a third fold line, the fourth wall portion further including a tab, wherein the fourth wall portion further includes a second aperture; wherein the display frame is foldable between a first state where the display frame is substantially planar and a second state which is substantially triangular; wherein in the first state the frame is folded about the second fold line so that the first and third wall portions and the second and fourth wall portions, respectively, are aligned substantially uniformly to form a substantially planar structure, such that the display frame can be hung from a wall hanger display by means of a hanger through the first aperture and the second aperture; wherein in the second state the second and fourth wall portions form a base of the display frame and the tab on the fourth wall portion is retained within the first aperture of the second wall portion. a first wall portion with an opening for a volatile material dispenser disposed therein; a second wall portion hingedly connected to a first end of the first wall portion about a first fold line, the second wall portion further including a first aperture disposed therein; a third wall portion hingedly connected to a second end of the first wall portion about a second fold line; and a fourth wall portion hingedly connected to an end of the third wall portion about a third fold line, the fourth wall portion further including a tab, wherein the fourth wall portion further includes a second aperture; wherein the display frame is foldable between a first state where the display frame is substantially planar and a second state which is substantially triangular; wherein in the first state the frame is folded about the second fold line so that the first and third wall portions and the second and fourth wall portions, respectively, are aligned substantially uniformly to form a substantially planar structure, such that the display frame can be hung from a wall hanger display by means of a hanger through the first aperture and the second aperture; wherein in the second state the second and fourth wall portions form a base of the display frame and the tab on the fourth wall portion is retained within the first aperture of the second wall portion.
A suspension system for a vehicle comprising: an air spring; a stabilizer bar subassembly; a knuckle carrier that has a mounting stem; a steering knuckle that is pivotally mounted to the knuckle carrier along an axis of rotation; an upper control arm that is pivotally mounted to the knuckle carrier along a first control arm axis; and a platform that is fixedly disposed on the mounting stem and located above the upper control arm, wherein the platform supports the air spring and has an arm that is coupled to the stabilizer bar subassembly, wherein the stabilizer bar subassembly is disposed above the upper control arm and the knuckle carrier and includes a stabilizer bar, characterized in that the stabilizer bar subassembly further includes a drop link that extends from the arm to a first end of an intermediate link such that the drop link extends in an upward direction that extends away from the upper control arm. an air spring; a stabilizer bar subassembly; a knuckle carrier that has a mounting stem; a steering knuckle that is pivotally mounted to the knuckle carrier along an axis of rotation; an upper control arm that is pivotally mounted to the knuckle carrier along a first control arm axis; and a platform that is fixedly disposed on the mounting stem and located above the upper control arm, wherein the platform supports the air spring and has an arm that is coupled to the stabilizer bar subassembly, wherein the stabilizer bar subassembly is disposed above the upper control arm and the knuckle carrier and includes a stabilizer bar, characterized in that the stabilizer bar subassembly further includes a drop link that extends from the arm to a first end of an intermediate link such that the drop link extends in an upward direction that extends away from the upper control arm.
A method of capturing circulating tumor cells from a sample comprising (i) contacting the sample with a mammalian seprase-targeting affinity reagent, (ii) contacting the sample with a mammalian EpCAM-targeting affinity reagent, and (iii) capturing the cells retained in steps (i) and (ii), thereby capturing circulating tumor cells from the sample, wherein the seprase-targeting affinity reagent and EpCAM-targeting affinity reagent are each immobilized on a surface of a solid support. (i) contacting the sample with a mammalian seprase-targeting affinity reagent, (ii) contacting the sample with a mammalian EpCAM-targeting affinity reagent, and (iii) capturing the cells retained in steps (i) and (ii), thereby capturing circulating tumor cells from the sample,
A method for smelting low nitrogen steel by using an electric furnace, wherein a dual-shell electric furnace is adopted to carry out smelting, and the dual-shell electric furnace is provided with two furnace shells and an arc power system; and the method comprises carrying out steps of feeding, sealing of a molten pool, blowing of a combustion medium and oxygen and electric heating respectively and sequentially in the two furnace shells, specifically, carrying out electric heating on the two furnace shells alternately by the arc power system, when electric heating is carried out on one of the two furnace shells, sequentially carrying out the steps of feeding, sealing of the molten pool and blowing of the combustion medium and oxygen in the other furnace shell, and when the temperature of molten steel in the furnace shell subjected to electric heating reaches a target temperature of 1,600-1,660°C, starting to carry out electric heating on the other furnace shell, wherein the step of feeding comprises firstly, adding at least one of light and thin scrap steel and direct reduced iron, cokes and lime, then adding molten iron, and finally, adding common scrap steel.
A computer implemented method for generation, deployment and execution of a workflow, the method comprising: forming, via a graphical-user interface, which is included in a processing platform of a user device, a graphical representation of the workflow for generation, deployment and execution of tasks of the workflow, wherein the graphical representation comprises widgets (132 1 -132 N, 136, 138 1 -138 N, 140 1 -140 M), and wherein the widgets (132 1 -132 N, 136, 138 1 -138 N, 140 1 -140 M) represent the tasks of the workflow; forming, from the workflow by means of the processing platform, a record for generation, deployment and execution of the workflow, wherein the record is operable to be dispatched to a host including at least one server for facilitating generation, deployment and execution of the workflow; dispatching the record by means of the processing platform to the host including at least one server for facilitating generation, deployment and execution of the workflow; and issuing, via the graphical-user interface, at least one instruction to the host, wherein the host, responsive to the at least one instruction, generates, as a function of the record and at a time prior to execution time, computer-executable instructions for carrying out the workflow, and carries out the tasks of the workflow. forming, via a graphical-user interface, which is included in a processing platform of a user device, a graphical representation of the workflow for generation, deployment and execution of tasks of the workflow, wherein the graphical representation comprises widgets (132 1 -132 N, 136, 138 1 -138 N, 140 1 -140 M), and wherein the widgets (132 1 -132 N, 136, 138 1 -138 N, 140 1 -140 M) represent the tasks of the workflow; forming, from the workflow by means of the processing platform, a record for generation, deployment and execution of the workflow, wherein the record is operable to be dispatched to a host including at least one server for facilitating generation, deployment and execution of the workflow; dispatching the record by means of the processing platform to the host including at least one server for facilitating generation, deployment and execution of the workflow; and issuing, via the graphical-user interface, at least one instruction to the host, wherein the host, responsive to the at least one instruction, generates, as a function of the record and at a time prior to execution time, computer-executable instructions for carrying out the workflow, and carries out the tasks of the workflow.