mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument, comprising: a housing portion configured to operably interface with a manipulator arm of a robotic surgical system; a shaft including a proximal end coupled to the housing portion, a distal end, a distal end portion having an outer surface extending proximally from the distal end, and a lengthwise axis extending from the proximal end to the distal end; a plurality of strain gauges mounted to the outer surface of the shaft or in grooves near the outer surface on the distal end portion of the shaft, or embedded in the distal end portion of the shaft near the distal end of the shaft; a wrist joint (112, 114) at the distal end of the shaft and operably coupled to the distal end of the shaft; and an instrument tip operably coupled to the wrist joint (112, 114). a housing portion configured to operably interface with a manipulator arm of a robotic surgical system; a shaft including a proximal end coupled to the housing portion, a distal end, a distal end portion having an outer surface extending proximally from the distal end, and a lengthwise axis extending from the proximal end to the distal end; a plurality of strain gauges mounted to the outer surface of the shaft or in grooves near the outer surface on the distal end portion of the shaft, or embedded in the distal end portion of the shaft near the distal end of the shaft; a wrist joint (112, 114) at the distal end of the shaft and operably coupled to the distal end of the shaft; and an instrument tip operably coupled to the wrist joint (112, 114).
A method of acid fracturing a carbonate reservoir, said method comprising: a) pumping a viscous pad fluid into a carbonate reservoir at a pressure exceeding a fracture pressure of said carbonate reservoir to fracture said carbonate reservoir, fractures being of a width ≤D; b) pumping a slurry containing a gel plus a water-dissolvable fiber of a size ≥ 1.2D and/or water-dissolvable particulate material of a size ≥ 1.2D into said carbonate reservoir at a pressure exceeding said fracture pressure, said slurry restricting entry of a fluid into crevices that are larger than D, but not said fractures; c) pumping an acid downhole at a pressure exceeding said fracture pressure to preferentially etch said fractures; and d) repeating steps b) and c) as needed; wherein said carbonate reservoir has higher conductivity than a similar reservoir similarly fractured, but without said slurry. a) pumping a viscous pad fluid into a carbonate reservoir at a pressure exceeding a fracture pressure of said carbonate reservoir to fracture said carbonate reservoir, fractures being of a width ≤D; b) pumping a slurry containing a gel plus a water-dissolvable fiber of a size ≥ 1.2D and/or water-dissolvable particulate material of a size ≥ 1.2D into said carbonate reservoir at a pressure exceeding said fracture pressure, said slurry restricting entry of a fluid into crevices that are larger than D, but not said fractures; c) pumping an acid downhole at a pressure exceeding said fracture pressure to preferentially etch said fractures; and d) repeating steps b) and c) as needed; wherein said carbonate reservoir has higher conductivity than a similar reservoir similarly fractured, but without said slurry.
A replenishment container (301, 302) comprising: a storage member comprising a storage chamber that stores ink or a solvent and comprising an opening formed therein; a stopper member (312, 601, 651, 701) configured to seal the opening of the storage member; and a lid member, wherein the replenishment container (301, 302) comprises a seal member (314, 551, 652, 704) that has a through hole between the stopper member (312, 601, 651, 701) and the lid member, the lid member comprises a through hole formed concentrically with the through hole of the seal member (314, 551, 652, 704), and an inner diameter of part or a whole of the through hole of the seal member (314, 551, 652, 704) is smaller than an inner diameter of the through hole of the lid member, the lid member is configured to cover the stopper member (312, 601, 651, 701) except at the through hole of the lid member; and the replenishment container (301, 302) further comprises a liquid absorbing member (315, 552) between the seal member (314, 551, 652, 704) and the lid member, characterized in that the liquid absorbing member (315, 552) has a through hole formed concentrically with the through holes (361, 353) provided in the seal member (314, 551, 652, 704) and the lid member. a storage member comprising a storage chamber that stores ink or a solvent and comprising an opening formed therein; a stopper member (312, 601, 651, 701) configured to seal the opening of the storage member; and a lid member, wherein the replenishment container (301, 302) comprises a seal member (314, 551, 652, 704) that has a through hole between the stopper member (312, 601, 651, 701) and the lid member, the lid member comprises a through hole formed concentrically with the through hole of the seal member (314, 551, 652, 704), and an inner diameter of part or a whole of the through hole of the seal member (314, 551, 652, 704) is smaller than an inner diameter of the through hole of the lid member, the lid member is configured to cover the stopper member (312, 601, 651, 701) except at the through hole of the lid member; and the replenishment container (301, 302) further comprises a liquid absorbing member (315, 552) between the seal member (314, 551, 652, 704) and the lid member, characterized in that the liquid absorbing member (315, 552) has a through hole formed concentrically with the through holes (361, 353) provided in the seal member (314, 551, 652, 704) and the lid member.
A composition comprising - a serotonin-3 receptor agonist of formula or a pharmaceutically acceptable salt thereof: wherein m is an integer of 1-4; and R 1 each independently is H, halogen, or methyl, methoxy or methylthio, each optionally substituted with 1-3 halogen atom(s); and - a pharmaceutically acceptable carrier for use in a therapeutic method of preventing or treating chronic central dysfunctional pain. - a serotonin-3 receptor agonist of formula or a pharmaceutically acceptable salt thereof: wherein m is an integer of 1-4; and R 1 each independently is H, halogen, or methyl, methoxy or methylthio, each optionally substituted with 1-3 halogen atom(s); and m is an integer of 1-4; and R 1 each independently is H, halogen, or methyl, methoxy or methylthio, each optionally substituted with 1-3 halogen atom(s); and - a pharmaceutically acceptable carrier
A stud pin installable in a tire, comprising: a tip comprising an end surface that comes into contact with a road surface; a body portion that supports the tip so that the tip projects from an end surface on one side of the body portion; and a lower flange connected to an end of the body portion on an opposite side to the end surface; characterized in that a profile shape of the lower flange as viewed from an arrangement direction of the tip, the body portion, and the lower flange is an anisotropic shape in which, among imaginary rectangles circumscribing the flange profile shape and inclined in various directions, at least one of a first smallest imaginary rectangle with a shortest side of its four sides being smallest and a second smallest imaginary rectangle with a longest side of its four sides being smallest comprises short sides and long sides of different lengths; and the profile shape comprising four or more first protrusion portions that project along a longitudinal direction parallel with the long sides and two second protrusion portions that project along a lateral direction parallel with the short sides. a tip comprising an end surface that comes into contact with a road surface; a body portion that supports the tip so that the tip projects from an end surface on one side of the body portion; and a lower flange connected to an end of the body portion on an opposite side to the end surface; a profile shape of the lower flange as viewed from an arrangement direction of the tip, the body portion, and the lower flange is an anisotropic shape in which, among imaginary rectangles circumscribing the flange profile shape and inclined in various directions, at least one of a first smallest imaginary rectangle with a shortest side of its four sides being smallest and a second smallest imaginary rectangle with a longest side of its four sides being smallest comprises short sides and long sides of different lengths; and the profile shape comprising four or more first protrusion portions that project along a longitudinal direction parallel with the long sides and two second protrusion portions that project along a lateral direction parallel with the short sides.
Process for evaluating acceleration values in three-dimensional space, in particular for converting acceleration values in three-dimensional space, where at least one acceleration sensor and at least one rotation-angle sensor or rotation-speed sensor are used in order to detect a movement in form of measurement values which are applied against one another, where - a first initial measurement with which at least one acceleration sensor defines a first direction in space, - a second initial measurement with which at least one acceleration sensor defines a direction in space and differs from the first direction in space, - a second direction space is calculated from the first and second initial measure-ment which differs from the directions of the two initial measurements, - a third direction in space is calculated from the known directions and differs from the first two directions in space, - a conversion of acceleration values in the three preceding directions in space is carried out in such a way that an acceleration signal is calculated corresponding to a desired direction, - that this calculated signal corresponding to a desired direction is evaluated, - where, from the calculated signal in the desired direction, the starting and finish-ing times are determined, between which the measurement values of the at least one rotation-angle sensor or the at least one rotation-speed sensor are evaluated. - a first initial measurement with which at least one acceleration sensor defines a first direction in space, - a second initial measurement with which at least one acceleration sensor defines a direction in space and differs from the first direction in space, - a second direction space is calculated from the first and second initial measure-ment which differs from the directions of the two initial measurements, - a third direction in space is calculated from the known directions and differs from the first two directions in space, - a conversion of acceleration values in the three preceding directions in space is carried out in such a way that an acceleration signal is calculated corresponding to a desired direction, - that this calculated signal corresponding to a desired direction is evaluated, - where, from the calculated signal in the desired direction, the starting and finish-ing times are determined, between which the measurement values of the at least one rotation-angle sensor or the at least one rotation-speed sensor are evaluated.
A computer-implemented method for determining a suggested implant component to be implanted into a patient during an orthopedic surgery, the method comprising: applying, by a computing system, a first machine learning model to determine a suggested pathology, wherein an input vector of the first machine learning model includes a set of input data, the set of input data including anatomic parameters of the patient; applying, by the computing system, a second machine learning model to determine a suggested surgery, wherein an input vector of the second machine learning model includes an element that indicates the suggested pathology; applying, by the computing system, a third machine learning model to determine the suggested implant component to implant into the patient during the orthopedic surgery, wherein an input vector of the third machine learning model includes an element that indicates the suggested pathology and an element that indicates the suggested surgery; and outputting, by the computing system, an indication of the suggested implant component. applying, by a computing system, a first machine learning model to determine a suggested pathology, wherein an input vector of the first machine learning model includes a set of input data, the set of input data including anatomic parameters of the patient; applying, by the computing system, a second machine learning model to determine a suggested surgery, wherein an input vector of the second machine learning model includes an element that indicates the suggested pathology; applying, by the computing system, a third machine learning model to determine the suggested implant component to implant into the patient during the orthopedic surgery, wherein an input vector of the third machine learning model includes an element that indicates the suggested pathology and an element that indicates the suggested surgery; and outputting, by the computing system, an indication of the suggested implant component.
A mobile device, comprising: a base unit comprising a first accelerometer and a first magnetometer; a display panel rotatably attached to the base unit, comprising a second accelerometer and a second magnetometer; control logic, at least a portion of which is implemented in hardware, to process motion data, the motion data collected from the first accelerometer and the second accelerometer, to determine whether the display panel moves relative to the base unit and to temporarily ignore or disable one or more input devices of the mobile device for a predetermined period of time to avoid unintentional user interaction with the mobile device during the movement of the display panel, wherein: the control logic is further configured to determine an orientation of the display panel relative to the base unit based on magnetic data collected from the first magnetometer and the second magnetometer and motion data collected from the first accelerometer and the second accelerometer. a base unit comprising a first accelerometer and a first magnetometer; a display panel rotatably attached to the base unit, comprising a second accelerometer and a second magnetometer; control logic, at least a portion of which is implemented in hardware, to process motion data, the motion data collected from the first accelerometer and the second accelerometer, to determine whether the display panel moves relative to the base unit and to temporarily ignore or disable one or more input devices of the mobile device for a predetermined period of time to avoid unintentional user interaction with the mobile device during the movement of the display panel, wherein: the control logic is further configured to determine an orientation of the display panel relative to the base unit based on magnetic data collected from the first magnetometer and the second magnetometer and motion data collected from the first accelerometer and the second accelerometer.
A set of panel-shaped elements for assembly to a composed element, comprising a first panel-shaped element, a second panel-shaped element, and a third panel-shaped element, wherein the first panel-shaped element comprises a first side and an opposite second side extending in a longitudinal direction of the first panel-shaped element, and at least one recess (6a,6b) at least partially extending through the first panel-shaped element from the first side to the second side; the second panel-shaped element comprises a first profiled portion at one of its ends, the first profiled portion being configured to extend into the recess (6a,6b) from the first side of the first panel-shaped element; and the third panel-shaped element comprises a second profiled portion at one of its ends, the second profiled portion being configured to extend into the recess (6a,6b) from the second side of the first panel-shaped element and for locking engagement with the first profiled portion, characterized in that each of the first profiled portion and the second profiled portion forms a tongue with a locking member (7,8) sized and configured for mating engagement with the other of the first and the second profiled portion (9,10), wherein each locking member has a non-flat shape in a longitudinal direction of the second panel-shaped element and the third panel-shaped element, respectively, and the locking member of the second panel-shaped element and the locking member of the third panel-shaped element have complementary non-flat shapes and face in opposite directions when received in the recess (6a,6b) such that the locking members (7, 8) engage within the recess (6a, 6b) in a locking engagement, at least in a longitudinal direction of the second panel and the third panel.
A method for producing chocolate dough in a melted liquid state, comprising passing through at least a state in which a mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in chocolate dough is 100:0 to 75:25 in a first half of a conching process, and adjusting the mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in the chocolate dough to 61:39 to 31:69 in a second half of the conching process to obtain the chocolate dough in a melted liquid state. passing through at least a state in which a mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in chocolate dough is 100:0 to 75:25 in a first half of a conching process, and adjusting the mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in the chocolate dough to 61:39 to 31:69 in a second half of the conching process to obtain the chocolate dough in a melted liquid state.
An electrode assembly formed by stacking a plurality of electrode units, the electrode assembly comprising: two or more steps formed by stacking three or more types of the electrode units having different surface areas, wherein an electrode unit having a maximum surface area among the electrode units is positioned between the two or more steps in the interior of the combination of the electrode units with respect to a stacking direction of the electrode units, and electrodes having different polarities face each other at an interface between the electrode units having different surface areas and the center of gravity of the electrode assembly is positioned between the two or more steps in the interior of the combination of the electrode units.
A device, comprising: a patellar plate body formed from a monolithic material and comprising a central portion and a peripheral portion at least partially surrounding the central portion, the central portion including a plurality of plate attachment holes disposed therein, the peripheral portion comprising a plurality of tabs, each tab coupled to the central portion via a connector portion, each tab being selectively detachable from the patellar plate body, wherein the patellar plate body is sized in at least a horizontal and a vertical direction to fit a patella, and wherein the connector portion has a thickness that is less than 80% of a plate thickness of the patellar plate body. a patellar plate body formed from a monolithic material and comprising a central portion and a peripheral portion at least partially surrounding the central portion, the central portion including a plurality of plate attachment holes disposed therein, the peripheral portion comprising a plurality of tabs, each tab coupled to the central portion via a connector portion, each tab being selectively detachable from the patellar plate body, wherein the patellar plate body is sized in at least a horizontal and a vertical direction to fit a patella, and wherein the connector portion has a thickness that is less than 80% of a plate thickness of the patellar plate body.
A rotating mechanism for rotatably connecting a display to a handlebar of an exercise device, the rotating mechanism comprising: a pivot comprising a base, a shaft extending from the base, and a stop defined on the shaft; a display mount connected to the pivot to rotate about the shaft; and a tab indexed to rotate with the display mount and configured to engage the stop defined on the shaft of the pivot with rotation of the display mount about the shaft to define at least one stop position of the rotating mechanism. a pivot comprising a base, a shaft extending from the base, and a stop defined on the shaft; a display mount connected to the pivot to rotate about the shaft; and a tab indexed to rotate with the display mount and configured to engage the stop defined on the shaft of the pivot with rotation of the display mount about the shaft to define at least one stop position of the rotating mechanism.
A cylinder type battery cell manufacturing apparatus which is an apparatus configured to form a crimping portion on a cap assembly coupling portion of a cylinder type battery cell, comprising: a primary crimping mold configured to apply a primary pressure so that an open upper end portion of a cylinder type metal can forms an inclination inclined to a central axis of the metal can on a vertical section in a state in which a cap assembly is coupled to the open upper portion of the cylinder type metal can; and a secondary crimping mold configured to apply a secondary pressure to the open upper end portion in which the inclination is formed so that a flat section parallel to a lower surface of the metal can is formed in the crimping portion, characterized in that the secondary crimping mold comprises a flat portion, an outer periphery supporting portion, a connection portion, and an inclination forming portion, the flat portion corresponding to the flat section being formed on a lower surface of the secondary crimping mold facing the open upper end portion of the metal can to form the flat section in the crimping portion when in operation, the connection portion having a streamlined structure on a vertical section of the secondary crimping mold to connect the flat portion to the outer periphery supporting portion, and the inclination forming portion being formed at one side end portion of the flat portion facing the outer periphery supporting portion on the vertical section and being bent and extended from an end portion of the flat portion of the metal can when in operation. a primary crimping mold configured to apply a primary pressure so that an open upper end portion of a cylinder type metal can forms an inclination inclined to a central axis of the metal can on a vertical section in a state in which a cap assembly is coupled to the open upper portion of the cylinder type metal can; and a secondary crimping mold configured to apply a secondary pressure to the open upper end portion in which the inclination is formed so that a flat section parallel to a lower surface of the metal can is formed in the crimping portion, characterized in that the secondary crimping mold comprises a flat portion, an outer periphery supporting portion, a connection portion, and an inclination forming portion, the flat portion corresponding to the flat section being formed on a lower surface of the secondary crimping mold facing the open upper end portion of the metal can to form the flat section in the crimping portion when in operation, the connection portion having a streamlined structure on a vertical section of the secondary crimping mold to connect the flat portion to the outer periphery supporting portion, and the inclination forming portion being formed at one side end portion of the flat portion facing the outer periphery supporting portion on the vertical section and being bent and extended from an end portion of the flat portion of the metal can when in operation.