mhurhangee/ep-ind-claims huggingface dataset:
A method of imaging a scene, comprising disposing a first imaging sensor adjacent to a second imaging sensor, each sensor (102a, 102b) having an array of photosensitive elements (106a, 106b) arranged in an array of rows and columns for recording a charge in response to incident light; determining a first exposure value for the first sensor and a second exposure value for the second sensor; receiving light from the scene at the first and second sensors; transferring charge collected at each of the photosensitive elements (106a, 106b) in the first and second sensors to a processor; generating a signal value based on the charges collected at each of the photosensitive elements (106a, 106b); determining an interpolated exposure value based on the first and second exposure values; modifying the signal value corresponding to each column based on the interpolated exposure value; and generating an image of the scene based on the modified signal values.
A modular scanner system comprising a scanner section which includes an X-ray source and an array of X-ray detectors defining a scanning volume, an input conveyor section comprising a conveyor arranged to convey items towards the scanner section and into the scanning volume and an output conveyor section comprising a conveyor arranged to move items away from the scanner section, wherein at least one of the conveyor sections (90, 96) is detachably connected to the scanner section characterised in that the system further comprises first and second input sensors arranged to detect the presence of an item at first and second positions on the input conveyor and first and second exit sensors arranged to detect the presence of an item at first and second positions on the output conveyor, and control means arranged to control activation of the X-ray source in response to signals from the sensors, wherein the control means is arranged to turn on the X-ray source when the second input sensor detects the presence of the object and to turn off the X-ray source when a trailing edge of the object passes through the first exit sensor.
A valve module comprising: a stop valve comprising a stem configured to reciprocate rectilinearly between a first position and a second position, a stop valve disc mounted to an upper portion of the stem and configured to pass fluid when the stem is in the first position and to block fluid flow when the stem is in the second position, and a sealing member surrounding the stem and configured to prevent exposure of the stem when the stop valve disc is located at the first position; a control valve disposed above the stop valve and configured to control an amount of introduced fluid; and a case comprising a flow space for accommodating the stop valve and the control valve, an inlet port through which fluid is introduced to the flow space, and an outlet port through which fluid in the flow space is discharged. a stop valve comprising a stem configured to reciprocate rectilinearly between a first position and a second position, a stop valve disc mounted to an upper portion of the stem and configured to pass fluid when the stem is in the first position and to block fluid flow when the stem is in the second position, and a sealing member surrounding the stem and configured to prevent exposure of the stem when the stop valve disc is located at the first position; a stem configured to reciprocate rectilinearly between a first position and a second position, a stop valve disc mounted to an upper portion of the stem and configured to pass fluid when the stem is in the first position and to block fluid flow when the stem is in the second position, and a sealing member surrounding the stem and configured to prevent exposure of the stem when the stop valve disc is located at the first position; a control valve disposed above the stop valve and configured to control an amount of introduced fluid; and a case comprising a flow space for accommodating the stop valve and the control valve, an inlet port through which fluid is introduced to the flow space, and an outlet port through which fluid in the flow space is discharged.
A system for packaging containers within a flexible container carrier comprising: a generally continuous string of container carriers arranged with divisible weakened connections between adjacent individual container carriers; an applicating machine for applying the container carriers to individual containers; and a cut-off device arranged downstream of the applicating machine; characterised in that the cut-off device comprises a timing screw to selectively accelerate or decelerate the containers to separate the generally continuous string into individual container carriers. a generally continuous string of container carriers arranged with divisible weakened connections between adjacent individual container carriers; an applicating machine for applying the container carriers to individual containers; and a cut-off device arranged downstream of the applicating machine;
A facial treatment mask to be attached to a face of a person so as to cover the face, the facial treatment mask comprising: a mask body having an interior surface of a shape conforming to a shape of the face of the person, wherein the mask body is a resin molded cured product; and a deformable member provided on the interior surface of the mask body, wherein the deformable member is formed of a material capable of being impregnated with a cosmetic material. a mask body having an interior surface of a shape conforming to a shape of the face of the person, wherein the mask body is a resin molded cured product; and a deformable member provided on the interior surface of the mask body, wherein the deformable member is formed of a material capable of being impregnated with a cosmetic material.
An air conditioner, comprising: a blower sucking and blowing air; a plurality of cylindrical air discharging units (4,5), each having an air discharging flow path through which the air blown by the blower passes and discharges, the plurality of air discharging units (4,5) respectively having rotational center axes parallel with each other; and an air discharging unit rotating mechanism rotating each of the plurality of air discharging units, with the respective rotational center axes of the air discharging units kept in position, characterized in that the air discharging unit rotating mechanism includes: a lower body rotatably supporting a lower portion of each of the plurality of air discharging units (4,5); and a rear body disposed perpendicular to the lower body and rotatably accommodating the plurality of air discharging units (4,5). a blower sucking and blowing air; a plurality of cylindrical air discharging units (4,5), each having an air discharging flow path through which the air blown by the blower passes and discharges, the plurality of air discharging units (4,5) respectively having rotational center axes parallel with each other; and an air discharging unit rotating mechanism rotating each of the plurality of air discharging units, with the respective rotational center axes of the air discharging units kept in position, characterized in that the air discharging unit rotating mechanism includes: a lower body rotatably supporting a lower portion of each of the plurality of air discharging units (4,5); and a rear body disposed perpendicular to the lower body and rotatably accommodating the plurality of air discharging units (4,5). a lower body rotatably supporting a lower portion of each of the plurality of air discharging units (4,5); and a rear body disposed perpendicular to the lower body and rotatably accommodating the plurality of air discharging units (4,5).
A computer-implemented method for facilitating interaction with an interventional medical device in an image for display at a user interface, the computer-implemented method comprising: obtaining the position of at least one feature of one or more interventional medical devices within a two-dimensional image (300, 400, 500, 600, 700), for a 2D display at a user interface, which image contains a two-dimensional visual representation of each one or more interventional medical devices (310, 411, 412, 511, 512, 611, 612, 711, 712, 713, 714); obtaining identifying information that identifies a type of each interventional medical device; performing a zone generation process comprising, for each of one or more features, determining a size and shape for an interactive zone (355, 365, 375, 451, 452, 461, 462, 471, 472, 551, 552, 561, 562, 655, 751, 752, 753, 754) for overlaying a portion of a displayed image on the user interface and with which a the user is able to interact via the user interface, wherein the interactive zone has a size greater than the size of the feature associated with the interactive zone, and wherein the zone generation process comprises receiving a user input identifying one or more desired types of interventional medical device and only generating an interactive zone for at least one feature of interventional medical devices of the one or more desired types; determining, for each interactive zone, a position for the interactive zone relative to the image based on the position of the associated feature; and outputting zone information comprising at least information on the size, shape and position of each interactive zone. obtaining the position of at least one feature of one or more interventional medical devices within a two-dimensional image (300, 400, 500, 600, 700), for a 2D display at a user interface, which image contains a two-dimensional visual representation of each one or more interventional medical devices (310, 411, 412, 511, 512, 611, 612, 711, 712, 713, 714); obtaining identifying information that identifies a type of each interventional medical device; performing a zone generation process comprising, for each of one or more features, determining a size and shape for an interactive zone (355, 365, 375, 451, 452, 461, 462, 471, 472, 551, 552, 561, 562, 655, 751, 752, 753, 754) for overlaying a portion of a displayed image on the user interface and with which a the user is able to interact via the user interface, wherein the interactive zone has a size greater than the size of the feature associated with the interactive zone, and wherein the zone generation process comprises receiving a user input identifying one or more desired types of interventional medical device and only generating an interactive zone for at least one feature of interventional medical devices of the one or more desired types; determining, for each interactive zone, a position for the interactive zone relative to the image based on the position of the associated feature; and outputting zone information comprising at least information on the size, shape and position of each interactive zone.
Method for the treatment of ballast for track systems or in road building, with a device comprising a blasting device for metal particles as impact bodies, wherein the ballast is blasted by the greatly accelerated metal particles, wherein mechanical abrasion takes place due to the introduction of kinetic energy in the energy transfer between the metal particles and the ballast, and wherein the metal particles are separated from the ballast and reused.
A rotor blade including an actuator comprising: an electric motor having a rotary drive shaft; a bearing for mounting the rotary drive shaft along an axis extending along the length of the rotor blade; and a lubrication system for lubricating the bearing, the lubrication system including a sump closer to the tip of the blade than the bearing, and a pump for pumping lubricant from the sump to the bearing, wherein a portion of the rotary drive shaft is threaded and a correspondingly threaded output member is mounted non-rotatably on the rotary drive shaft, whereby rotation of the drive shaft results in linear movement of the output member, wherein the actuator includes a housing having a first part in which the electric motor is received and a second part fixed to the output member, the first and second parts being mounted for sliding movement relative to one another in a direction parallel to the axis of the rotary drive shaft, wherein the first and second housing parts are provided with respective flanges (27,28) which move relative to one another when the rotary drive shaft rotates and the relative movement of the flanges (27,28) provides the output of the actuator, wherein the rotor blade further includes a sensor system (46,47,48) for detecting the position of the output member along the axis of the rotary drive shaft, and wherein the sensor system is configured to sense the position of the second part of the housing relative to the first part of the housing.
A method by a transmitter in a communication system, the method comprising: generating a first packet and a second packet including the same packet data convergence protocol, PDCP, service data unit, SDU; transmitting the first packet to a receiver; identifying that a hybrid automatic repeat and request, HARQ, acknowledgment, ACK, corresponding to the first packet or a request for a new data transmission by toggling a new data indicator, NDI, is received from the receiver; and wherein, in case that the second packet is transferred to a medium access control, MAC, layer or the second packet includes a radio link control, RLC, header, the method comprising: deleting a data part of the second packet; and transmitting a header part of the second packet to the receiver. generating a first packet and a second packet including the same packet data convergence protocol, PDCP, service data unit, SDU; transmitting the first packet to a receiver; identifying that a hybrid automatic repeat and request, HARQ, acknowledgment, ACK, corresponding to the first packet or a request for a new data transmission by toggling a new data indicator, NDI, is received from the receiver; and wherein, in case that the second packet is transferred to a medium access control, MAC, layer or the second packet includes a radio link control, RLC, header, the method comprising: deleting a data part of the second packet; and transmitting a header part of the second packet to the receiver. deleting a data part of the second packet; and transmitting a header part of the second packet to the receiver.
A method for extracting lead from a lead-based material, the method comprising: dissolving the lead-based material in a deep eutectic solvent to form an electrolyte; providing a working electrode in electrical contact with the electrolyte; providing a counter electrode in electrical contact with the electrolyte; and generating a potential through the electrolyte, thereby reducing a lead species of the lead-based material in the electrolyte at the working electrode, so as to deposit the reduced lead species as lead metal; wherein the lead-based material is PbO 2, PbSO 4, CH 3 NH 3 PbHal 3, HC(NH 2) 2 PbHal 3, CH 3 NH 3 PbI 3-X Cl X or PbTe, or a mixture thereof, wherein Hal is I, Cl or Br and X is a value between 0 and 3; and wherein the working electrode is a lead electrode. dissolving the lead-based material in a deep eutectic solvent to form an electrolyte; providing a working electrode in electrical contact with the electrolyte; providing a counter electrode in electrical contact with the electrolyte; and generating a potential through the electrolyte, thereby reducing a lead species of the lead-based material in the electrolyte at the working electrode, so as to deposit the reduced lead species as lead metal; wherein the lead-based material is PbO 2, PbSO 4, CH 3 NH 3 PbHal 3, HC(NH 2) 2 PbHal 3, CH 3 NH 3 PbI 3-X Cl X or PbTe, or a mixture thereof, wherein Hal is I, Cl or Br and X is a value between 0 and 3; and wherein the working electrode is a lead electrode.
A pharmaceutical composition for use in a method of treating a subject having cancer, wherein said method comprises orally administering said pharmaceutical composition once per day, and wherein said pharmaceutical composition comprises a therapeutically effective amount of 5-azacytidine and is an immediate release composition.
A topical composition comprising CoQ10 for use in the treatment of a deep partial thickness wound by enhancing the proliferation and migration of fibroblasts and keratinocytes in the wound gap of the deep partial thickness wound, wherein the composition comprises between about 0.001% to about 60% (w/w) of CoQ10, and liposomes and a pharmaceutically acceptable carrier.
A needleless valve system comprising: a housing comprising a fluid port; and a valve disposed in the housing, wherein the valve is tail-less and comprises a body configured to be disposed in said needleless valve system and controlling a fluid flow through the needleless valve system, wherein the body comprises continuous top surface, a compression feature configured to control how the body is compressed to allow fluid flow through the needleless valve system, and a retaining flange retaining the valve within the housing that surrounds the valve, characterized in that the compression feature comprises a through hole extending entirely through the body. a housing comprising a fluid port; and a valve disposed in the housing, wherein the valve is tail-less and comprises a body configured to be disposed in said needleless valve system and controlling a fluid flow through the needleless valve system, wherein the body comprises continuous top surface, a compression feature configured to control how the body is compressed to allow fluid flow through the needleless valve system, and a retaining flange retaining the valve within the housing that surrounds the valve, characterized in that the compression feature comprises a through hole extending entirely through the body.
A wireless communication method, comprising: incorrectly receiving, by a terminal device, first data in a first cell, wherein the first cell is a first primary cell; sending, by the terminal device, first indication information in a second cell, wherein the second cell is a secondary cell or a second primary cell, and the first indication information is used to indicate that the first data is incorrectly received in the first cell, or is used to request transmission of the first data in the second cell; and receiving, by the terminal device, the first data in the second cell; characterized in that the terminal device determines based on signal quality of the first data received in the first cell, whether the first data is incorrectly received; wherein: when the signal quality of the first data is lower than a first preset threshold, the terminal device determines that the first data is incorrectly received; and when the signal quality of the first data is higher than a second preset threshold, the terminal device determines that the first data is correctly received. incorrectly receiving, by a terminal device, first data in a first cell, wherein the first cell is a first primary cell; sending, by the terminal device, first indication information in a second cell, wherein the second cell is a secondary cell or a second primary cell, and the first indication information is used to indicate that the first data is incorrectly received in the first cell, or is used to request transmission of the first data in the second cell; and receiving, by the terminal device, the first data in the second cell; characterized in that the terminal device determines based on signal quality of the first data received in the first cell, whether the first data is incorrectly received; wherein: when the signal quality of the first data is lower than a first preset threshold, the terminal device determines that the first data is incorrectly received; and when the signal quality of the first data is higher than a second preset threshold, the terminal device determines that the first data is correctly received. when the signal quality of the first data is lower than a first preset threshold, the terminal device determines that the first data is incorrectly received; and when the signal quality of the first data is higher than a second preset threshold, the terminal device determines that the first data is correctly received.
Cooking apparatus comprising: - a heat source; - a supporting device for food; said supporting device being composed of two grills (21, 22) that define a compartment where to place the food to be cooked; said supporting device comprising a lateral edge and a holding handle; - a supporting frame to support the supporting device; said supporting frame comprises: - a central wall disposed in a substantial vertical position; said central wall comprising a lower border and an upper border; - two lateral walls connected to said central wall and disposed orthogonal with respect to said central wall; each lateral wall comprising: - a lower supporting edge suitable to be placed on a horizontal surface, - a back vertical edge connected to said central wall; - a front lower border, - a front upper border, and - a front intermediate border connecting said front lower border with said front upper border; wherein said front upper border of the lateral walls is inclined with respect to the lower supporting edge by an angle (α1) comprised between 64° and 77°; said front upper border of the lateral walls is inclined with respect to the front intermediate border by an angle (α3) comprised between 80° and 90°; said heat source is an electric grill and said cooking apparatus comprising supporting means to support said electric grill between said lateral walls of the supporting frame; said supporting device for food being placed onto the front upper borders of the two lateral walls and the lateral border of the supporting device being in contact with the front intermediate borders of the lateral walls, so that the grills (21, 22) of the supporting device are inclined of an angle comprised between 64° and 77° with respect to an horizontal surface. - a heat source; - a supporting device for food; said supporting device being composed of two grills (21, 22) that define a compartment where to place the food to be cooked; said supporting device comprising a lateral edge and a holding handle; - a supporting frame to support the supporting device; - a central wall disposed in a substantial vertical position; said central wall comprising a lower border and an upper border; - two lateral walls connected to said central wall and disposed orthogonal with respect to said central wall; - a lower supporting edge suitable to be placed on a horizontal surface, - a back vertical edge connected to said central wall; - a front lower border, - a front upper border, and - a front intermediate border connecting said front lower border with said front upper border;