mhurhangee/ep-ind-claims huggingface dataset:
Elevator arrangement comprising an elevator with an elevator operating system, a control system, and an inspection or maintenance mode controlled by a maintenance control unit, which elevator further comprises an elevator car arranged to run up and down in an elevator shaft along its guide rails, and which elevator car is equipped with a roof, characterized in that the elevator car comprises at least at one upper corner inside the elevator car a sheltered casing (12a, 12b) inside which at least a part of the electric appliances of the elevator car is situated, and that the roof is arranged to open outwards from the elevator car in order to form a working connection from inside the elevator car to the elevator shaft, and to open an access to the casing (12a, 12b).
A navigation signal transmitter comprising: a receiving section configured to receive a transmission wave of an external system and to generate a synchronization pulse; a reference signal synchronizing section configured to generate an internal clock fundamental oscillation by using the synchronization pulse generated by the receiving section as a reference signal pulse; an Indoor Messaging System, referred to as IMES, signal generating section configured to generate an IMES signal based on the generated internal clock fundamental oscillation; and a transmission antenna adapted to transmit the IMES signal generated in the IMES signal generating section; characterized in that the receiving section is further configured to generate the synchronization pulse in synchronization with a predetermined data frame of the transmission wave of the external system; and wherein the reference signal synchronizing section comprises a counter circuit, a comparator, a low-pass control filter, a D/A converter, a voltage controlled oscillator, and a frequency dividing circuit; wherein the counter circuit is configured to count the number of clock pulses transmitted from the voltage controlled oscillator, using the synchronization pulse generated by the receiving section as a reference signal pulse; wherein the comparator is configured to compare the counted number of clock pulses with a reference value; and wherein the reference signal synchronizing section is further configured to, when a magnitude relationship as a result of the comparison in the comparator does not exceed a predetermined value and is consecutively incremented or decremented for a predetermined number of times, controllably adjust a level of control voltage of the voltage controlled oscillator. a receiving section configured to receive a transmission wave of an external system and to generate a synchronization pulse; a reference signal synchronizing section configured to generate an internal clock fundamental oscillation by using the synchronization pulse generated by the receiving section as a reference signal pulse; an Indoor Messaging System, referred to as IMES, signal generating section configured to generate an IMES signal based on the generated internal clock fundamental oscillation; and a transmission antenna adapted to transmit the IMES signal generated in the IMES signal generating section;
A photovoltaic cell structure, comprising semiconductor p-type silicon substrate with bottom electric contact, upon which an active ZnO film is present, with a transparent conductive layer of ZnO:Al film upon it, with an electric contact, characterized in that active ZnO layer comprises ZnO nanostructured film of 650 nm thickness consisting of a plurality of ZnO nanorods deposited on nucleating layer, and is covered with ZnO film 200 nm thick.
Method for dispensing a stretch film web for wrapping an article to be packaged, wherein the stretch film to be dispensed is rolled up on a rotatably mounted supply reel, wherein, for the vertically oriented wrapping of the article, a starting end of the film web is fastened to the article or to a pallet on which said article is arranged, and a relative rotational movement between the article and the film web is produced, and wherein the film web is at least temporarily gathered within a moving portion, which is located spatially between a point of unrolling from the supply reel and a point of reaching the article to be wrapped, in order to produce an increased material concentration of the film web such that film from the moving film web portion with the increased material concentration reaches the article to be wrapped, characterized in that said gathering of the film web takes place uniformly over the width thereof and can be varied in its strength, with a maximum possible gathering consisting in a gathering to form a strand, in that the film web after being unrolled from the supply reel passes between at least two parallel rollers (16, 17) in such a manner that an inner surface of the film web is guided along one of the rollers and an opposite outer surface of the film web is guided along another of the rollers, and in that the at least two rollers (16, 17) can be oriented at an angle greater than 0 degrees and at maximum 90 degrees relative to the vertical in order to gather the film web. wherein the stretch film to be dispensed is rolled up on a rotatably mounted supply reel, wherein, for the vertically oriented wrapping of the article, a starting end of the film web is fastened to the article or to a pallet on which said article is arranged, and a relative rotational movement between the article and the film web is produced, and wherein the film web is at least temporarily gathered within a moving portion, which is located spatially between a point of unrolling from the supply reel and a point of reaching the article to be wrapped, in order to produce an increased material concentration of the film web such that film from the moving film web portion with the increased material concentration reaches the article to be wrapped, characterized in that said gathering of the film web takes place uniformly over the width thereof and can be varied in its strength, with a maximum possible gathering consisting in a gathering to form a strand, in that the film web after being unrolled from the supply reel passes between at least two parallel rollers (16, 17) in such a manner that an inner surface of the film web is guided along one of the rollers and an opposite outer surface of the film web is guided along another of the rollers, and in that the at least two rollers (16, 17) can be oriented at an angle greater than 0 degrees and at maximum 90 degrees relative to the vertical in order to gather the film web.
A computer-implemented method for characterizing uncertainty in a subsurface region of interest, the method comprising: obtaining, at a computer processor, a natural fracture model of the subsurface region of interest; obtaining, at the computer processor, dynamic field data relating to the subsurface region of interest; simulating, via the computer processor, hydraulic fracturing and microseismic events based on the dynamic field data and the natural fracture model; generating, via the computer processor, a stimulated reservoir volume based on the simulated microseismic events; quantifying, via the computer processor, uncertainty in the stimulated reservoir volume; obtaining, at the computer processor, observed microseismicity data associated with hydraulic fracturing in the subsurface region of interest; comparing the simulated microseismic events with the observed microseismicity data; narrowing the uncertainty in the stimulated reservoir volume based on the comparison of the simulated microseismic events with the observed microseismicity; simulating production of the subsurface region of interest to generate simulated production data; obtaining observed production data relating to the subsurface region of interest; comparing the simulated production data with the observed production data; and further narrowing the uncertainty in the stimulated reservoir volume based on the comparison with the observed production data, thereby determining a reduced range of possible stimulated reservoir volumes. obtaining, at a computer processor, a natural fracture model of the subsurface region of interest; obtaining, at the computer processor, dynamic field data relating to the subsurface region of interest; simulating, via the computer processor, hydraulic fracturing and microseismic events based on the dynamic field data and the natural fracture model; generating, via the computer processor, a stimulated reservoir volume based on the simulated microseismic events; quantifying, via the computer processor, uncertainty in the stimulated reservoir volume; obtaining, at the computer processor, observed microseismicity data associated with hydraulic fracturing in the subsurface region of interest; comparing the simulated microseismic events with the observed microseismicity data; narrowing the uncertainty in the stimulated reservoir volume based on the comparison of the simulated microseismic events with the observed microseismicity; simulating production of the subsurface region of interest to generate simulated production data; obtaining observed production data relating to the subsurface region of interest; comparing the simulated production data with the observed production data; and further narrowing the uncertainty in the stimulated reservoir volume based on the comparison with the observed production data, thereby determining a reduced range of possible stimulated reservoir volumes.
A stripping knife used for stripping tissue, the stripping knife being formed in a flat shape, comprising: a plate-shaped blade having a cutting edge formed at a periphery of the blade; a shank formed continuously from the blade; and a handle holding the shank in an integrated state, characterised in that the blade includes the cutting edge formed at the leading end of the blade and a guide face which is formed continuously from the cutting edge and is adapted to contact with a surface of a remaining tissue, in that an axis of the plate-shaped blade is inclined with respect to an axis of the shank, and in that the axis of the plate-shaped blade and the an axis of the shank are on the plane defined by the flat shape of the stripping knife. a plate-shaped blade having a cutting edge formed at a periphery of the blade; a shank formed continuously from the blade; and a handle holding the shank in an integrated state, the blade includes the cutting edge formed at the leading end of the blade and a guide face which is formed continuously from the cutting edge and is adapted to contact with a surface of a remaining tissue, in that an axis of the plate-shaped blade is inclined with respect to an axis of the shank, and in that the axis of the plate-shaped blade and the an axis of the shank are on the plane defined by the flat shape of the stripping knife.
An inspection crawler apparatus for inspecting a step iron region of a generator stator core bore, while the rotor remains in situ therein, the step iron region oriented proximate an axial end of the generator stator core, and the generator defining a rotor gap between the stator core bore and its opposed rotor along an axial dimension of the stator core bore, comprising: a translatable inspection carriage, having a bottom surface; an extension arm having a proximal end pivotally coupled to the inspection carriage by an extension arm pivot mount along a first pivot axis; a Chattock coil assembly, having: a coil housing retaining a Chattock coil, an elongated sensing surface defined by the coil housing, and a coil housing pivot mount that is pivotally coupled to a distal end of the extension arm along a second pivot axis that is parallel to the elongated sensing surface; so that when the inspection carriage is inserted within a generator rotor gap between a generator core bore, including a step iron region thereof, and an opposed rotor, the carriage bottom surface is in opposed orientation with the generator core, the second pivot axis is oriented tangentially to radii defined by the stator core circumferential surface, including radii defined by the core's step iron region, and the Chattock coil sensing surface remains parallel with and in abutting contact with the stator core circumferential surface defined by the core's step iron region, as the Chattock coil assembly is translated along the stator core's axial dimension by the inspection carriage. a translatable inspection carriage, having a bottom surface; an extension arm having a proximal end pivotally coupled to the inspection carriage by an extension arm pivot mount along a first pivot axis; a Chattock coil assembly, having: a coil housing retaining a Chattock coil, an elongated sensing surface defined by the coil housing, and a coil housing pivot mount that is pivotally coupled to a distal end of the extension arm along a second pivot axis that is parallel to the elongated sensing surface; a coil housing retaining a Chattock coil, an elongated sensing surface defined by the coil housing, and a coil housing pivot mount that is pivotally coupled to a distal end of the extension arm along a second pivot axis that is parallel to the elongated sensing surface; so that when the inspection carriage is inserted within a generator rotor gap between a generator core bore, including a step iron region thereof, and an opposed rotor, the carriage bottom surface is in opposed orientation with the generator core, the second pivot axis is oriented tangentially to radii defined by the stator core circumferential surface, including radii defined by the core's step iron region, and the Chattock coil sensing surface remains parallel with and in abutting contact with the stator core circumferential surface defined by the core's step iron region, as the Chattock coil assembly is translated along the stator core's axial dimension by the inspection carriage.
Boat drive for driving a boat, comprising a drive unit having an electric motor and a mount connected with the drive unit for fastening the boat drive to the boat, wherein the mount is provided for spacing the drive unit from a body of the boat, characterised in that the drive unit is in the form of a pylon, wherein the mount has a clamping device in which the drive unit is held, wherein at least one clamping arm (32, 33) of the clamping device grips the drive unit from the outside, and a decoupling arrangement for decoupling vibrations generated in the drive unit is arranged between the drive unit and the clamping device of the mount.
A rotation preventing ring-shaped member configured to be circumferentially attached around a joint where a second element is joined to a first element by threaded engagement to prevent the second element from rotating relative to the first element in a threaded engagement releasing direction, the rotation preventing ring-shaped member comprising: a ring-shaped body configured to be circumferentially disposed on at least an outer peripheral surface of an end edge portion of the first element at the joint, the ring-shaped body having: a first locking portion configured to be to be locked to the first element; a second locking portion extending sideward from the ring-shaped body and configured to engage the second element; and a release portion; characterized in that the second locking portion is provided at a position along the ring-shaped body which is spaced from the first locking portion and which is between the first locking portion and the release portion; wherein the ring-shaped body is configured such that when the release portion is displaced in a circumferential direction extending toward the first locking portion along the ring-shaped body, the ring-shaped body is curved to expand outward between the release portion and the first locking portion. a first locking portion configured to be to be locked to the first element; a second locking portion extending sideward from the ring-shaped body and configured to engage the second element; and a release portion; characterized in that the second locking portion is provided at a position along the ring-shaped body which is spaced from the first locking portion and which is between the first locking portion and the release portion; wherein the ring-shaped body is configured such that when the release portion is displaced in a circumferential direction extending toward the first locking portion along the ring-shaped body, the ring-shaped body is curved to expand outward between the release portion and the first locking portion.
An endoscopic stitching device, comprising: a handle assembly; an elongate shaft supported by and extending from the handle assembly; an end effector supported on a distal end of the elongate shaft, the end effector including a neck assembly configured and adapted for articulation in one direction between a substantially linear configuration and an off-axis configuration, and a pair of juxtaposed jaws (230, 232) pivotally associated with one another, wherein each jaw defines a suture needle receiving recess (230a, 232a) formed in a tissue contacting surface thereof; further comprising an articulation assembly supported on the handle assembly and actuatable to articulate the end effector, wherein actuation of the articulation assembly results in articulation of the end effector between the linear configuration and the off-axis configuration; characterised in that the articulation assembly includes an articulation knob supported on a housing of the handle assembly, an articulation sleeve operatively connected to the articulation knob and including a pair of oppositely pitched outer helical threads, an articulation collar (334a, 334b) threadably connected to each helical thread and configured to permit axial translation and prevent rotation thereof, and an articulation cable (340, 342) secured to each articulation collar, wherein each articulation cable includes a first end secured to the respective articulation collar and a second end secured at a location distal of the neck assembly, and wherein the articulation cables are disposed on opposed sides of a center drive rod assembly. a handle assembly; an elongate shaft supported by and extending from the handle assembly; an end effector supported on a distal end of the elongate shaft, the end effector including a neck assembly configured and adapted for articulation in one direction between a substantially linear configuration and an off-axis configuration, and a pair of juxtaposed jaws (230, 232) pivotally associated with one another, wherein each jaw defines a suture needle receiving recess (230a, 232a) formed in a tissue contacting surface thereof; further comprising an articulation assembly supported on the handle assembly and actuatable to articulate the end effector, wherein actuation of the articulation assembly results in articulation of the end effector between the linear configuration and the off-axis configuration; characterised in that the articulation assembly includes an articulation knob supported on a housing of the handle assembly, an articulation sleeve operatively connected to the articulation knob and including a pair of oppositely pitched outer helical threads, an articulation collar (334a, 334b) threadably connected to each helical thread and configured to permit axial translation and prevent rotation thereof, and an articulation cable (340, 342) secured to each articulation collar, wherein each articulation cable includes a first end secured to the respective articulation collar and a second end secured at a location distal of the neck assembly, and wherein the articulation cables are disposed on opposed sides of a center drive rod assembly.
Apparatus for use with an intra-body probe, a distal end of which includes an ablation electrode and a temperature sensor, the apparatus comprising: an interface configured to connect to the intra-body probe; and a processor configured to: while (i) the ablation electrode is driving an ablating current into tissue of a subject, and (ii) fluid is passed from the distal end of the intra-body probe at a fluid-flow rate, receive from the temperature sensor, via the interface, a temperature sensed by the temperature sensor, estimate a temperature of the tissue at an interface of the tissue and the ablation electrode, based at least on the sensed temperature and the fluid-flow rate, and generate an output in response to the estimated temperature. an interface configured to connect to the intra-body probe; and a processor configured to: while (i) the ablation electrode is driving an ablating current into tissue of a subject, and (ii) fluid is passed from the distal end of the intra-body probe at a fluid-flow rate, receive from the temperature sensor, via the interface, a temperature sensed by the temperature sensor, estimate a temperature of the tissue at an interface of the tissue and the ablation electrode, based at least on the sensed temperature and the fluid-flow rate, and generate an output in response to the estimated temperature. while (i) the ablation electrode is driving an ablating current into tissue of a subject, and (ii) fluid is passed from the distal end of the intra-body probe at a fluid-flow rate, receive from the temperature sensor, via the interface, a temperature sensed by the temperature sensor, estimate a temperature of the tissue at an interface of the tissue and the ablation electrode, based at least on the sensed temperature and the fluid-flow rate, and generate an output in response to the estimated temperature.
A method of inhibiting combustion within a vacuum pumping arrangement, the method comprising the steps of: pumping a gaseous process fluid from an inlet of the vacuum pump, through the vacuum pump's swept volume to an exhaust line; monitoring the composition of the process fluid within the pumping arrangement to determine if the pumped fluid has become flammable; and depending on the monitored composition, inhibiting the escalation of a combustion condition within the pumping arrangement. pumping a gaseous process fluid from an inlet of the vacuum pump, through the vacuum pump's swept volume to an exhaust line; monitoring the composition of the process fluid within the pumping arrangement to determine if the pumped fluid has become flammable; and depending on the monitored composition, inhibiting the escalation of a combustion condition within the pumping arrangement.