mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a foot insert comprising: choosing a sample patient population; positioning each patient's foot in a sub-talar neutral position; collecting three-dimensional data of at least one foot of each patient and placing the scan in a collection of scans representing the sample patient population; separating the collection of scans into groupings based on each patient's preferred shoe size; aligning the scans within each grouping by using correspondence point pairs; obtaining contour data from the scans; applying at least one filter to the scans; averaging the scans; obtaining seven representative measurements for each grouping, the seven representative measurements including forefoot width, rearfoot width, arch height, arch length, heel-to-head of first metatarsal phalangeal joint, heel-to-head of fifth metatarsal phalangeal joint, and foot length; and modeling an insole based on the seven representative measurements wherein method further comprises the step of creating a multivariate linear regression model. choosing a sample patient population; positioning each patient's foot in a sub-talar neutral position; collecting three-dimensional data of at least one foot of each patient and placing the scan in a collection of scans representing the sample patient population; separating the collection of scans into groupings based on each patient's preferred shoe size; aligning the scans within each grouping by using correspondence point pairs; obtaining contour data from the scans; applying at least one filter to the scans; averaging the scans; obtaining seven representative measurements for each grouping, the seven representative measurements including forefoot width, rearfoot width, arch height, arch length, heel-to-head of first metatarsal phalangeal joint, heel-to-head of fifth metatarsal phalangeal joint, and foot length; and modeling an insole based on the seven representative measurements wherein method further comprises the step of creating a multivariate linear regression model.
An organic light emitting display device, comprising: a first electrode of a subpixel (P1, P2, P3); a pixel defining layer (PD, 270) surrounding the first electrode in a non-emissive area of the subpixel (P1, P2, P3); a light emitting layer on the first electrode; a second electrode on the light emitting layer; a first encapsulation layer on the second electrode; and a color filter (291, 292, 293) on the first encapsulation layer in the subpixel (P1, P2, P3), wherein the pixel defining layer (PD, 270) includes a first pixel defining layer, a second pixel defining layer on the first pixel defining layer, the second pixel defining layer having a width wider than a width of the first pixel defining layer, characterized in that the pixel defining layer further includes a first metal layer on the second pixel defining layer, and a third pixel defining layer on the first metal layer. a first electrode of a subpixel (P1, P2, P3); a pixel defining layer (PD, 270) surrounding the first electrode in a non-emissive area of the subpixel (P1, P2, P3); a light emitting layer on the first electrode; a second electrode on the light emitting layer; a first encapsulation layer on the second electrode; and a color filter (291, 292, 293) on the first encapsulation layer in the subpixel (P1, P2, P3), wherein the pixel defining layer (PD, 270) includes a first pixel defining layer, a second pixel defining layer on the first pixel defining layer, the second pixel defining layer having a width wider than a width of the first pixel defining layer, characterized in that the pixel defining layer further includes a first metal layer on the second pixel defining layer, and a third pixel defining layer on the first metal layer.
Solar panel module comprising a first and a second cover plate (2, 3), and at least one photovoltaic cell, located between the cover plates (2, 3), characterized in that the first cover plate and the second cover plate are staggered relative to each other, wherein a portion of the first cover plate near a first longitudinal side extends beyond a first longitudinal side of the second cover plate, while a portion of the second cover plate near a second longitudinal side, which is extending parallel to the first longitudinal side, extends beyond a second longitudinal side of the first cover plate, which is extending parallel to the first longitudinal side, wherein the photovoltaic cell is located between the first longitudinal side of the second cover plate and the second longitudinal side of the first cover plate.
A platform assembly for supporting exercise equipment, the assembly comprising: a platform supported on a lower box and carrying mounting devices for rigidly attaching exercise equipment on said platform, said platform defining a longitudinal direction substantially along a center line thereof and a transverse direction perpendicular thereto; a lifter mechanism disposed in said lower box and configured to selectively lift a forward part of said platform relative to said lower box to incline said platform in a forward direction or to lift a rearward part of said platform relative to said lower box to decline said platform in a forward direction; characterized in that the lower box comprises four height-adjustable corner supports for supporting the platform assembly on a substantially level floor surface; a controller in communication with said four height-adjustable corner supports and with said lifter mechanism, said controller being configured to remotely drive said lifter mechanism to selectively incline or decline said platform and to remotely drive each of said corner supports to selectively raise or lower said lower box at a respective corner thereof. a platform supported on a lower box and carrying mounting devices for rigidly attaching exercise equipment on said platform, said platform defining a longitudinal direction substantially along a center line thereof and a transverse direction perpendicular thereto; a lifter mechanism disposed in said lower box and configured to selectively lift a forward part of said platform relative to said lower box to incline said platform in a forward direction or to lift a rearward part of said platform relative to said lower box to decline said platform in a forward direction;
An internal combustion engine comprising: a cylinder defining a combustion chamber; a ceiling section of the combustion chamber connected to each of an intake port and an exhaust port, intake air flowing into the combustion chamber through the intake port and exhaust gas being discharged from the combustion chamber; a guide wall provided in the ceiling section of the combustion chamber and the guide wall being connected to a first opening of the intake port and a second opening of the exhaust port; and a recess provided in a portion of the guide wall and the recess being recessed in a direction to separate from a center axis of the cylinder, so as to increase an internal volume of the combustion chamber, wherein an internal surface of the recess is inclined such that a lower end of the recess is farther away from the center axis of the cylinder than an upper end of the recess, and the recess is recessed the most at a second position where the recess crosses a first tangent of the first opening, the first tangent contacts a first portion of the first opening of the intake port, and the first portion being the closest portion of the first opening to the exhaust port, in a plan view in which the ceiling section is seen in a direction of the center axis of the cylinder. a cylinder defining a combustion chamber; a ceiling section of the combustion chamber connected to each of an intake port and an exhaust port, intake air flowing into the combustion chamber through the intake port and exhaust gas being discharged from the combustion chamber; a guide wall provided in the ceiling section of the combustion chamber and the guide wall being connected to a first opening of the intake port and a second opening of the exhaust port; and a recess provided in a portion of the guide wall and the recess being recessed in a direction to separate from a center axis of the cylinder, so as to increase an internal volume of the combustion chamber, wherein an internal surface of the recess is inclined such that a lower end of the recess is farther away from the center axis of the cylinder than an upper end of the recess, and the recess is recessed the most at a second position where the recess crosses a first tangent of the first opening, the first tangent contacts a first portion of the first opening of the intake port, and the first portion being the closest portion of the first opening to the exhaust port, in a plan view in which the ceiling section is seen in a direction of the center axis of the cylinder.
A device for correcting an initial binary word affected by an error on 1 or 2 bits and originating from a correction code with a minimum Hamming distance of 3 or 4, the device comprising a first correction and detection means for correcting an error of 1 bit and for detecting an error of more than 1 bit in the initial word, and a second means for correcting an error of 1 bit in a word coming from an inversion module, said inversion module being able to receive a data item indicating a low or high binary confidence level assigned to each bit of at least one part of said initial word, said inversion module being configured to invert the bits of said initial word that are assigned the low confidence level, the device further comprising a multiplexer with at least two inputs controlled by the first correction and detection means, said multiplexer being fed on a first input by the output of the first correction and detection means and on a second input by the output of the second correction means, the first correction and detection means being adapted to generate a control signal in order to select the output of the second correction means in the event that the first correction and detection means detects an error of more than 1 bit in said initial word and, otherwise, the output of the first correction and detection means is selected.
A cleaning robot comprising: a main body; a pad mounted below the main body to implement cleaning; and a drive assembly to apply drive power to the pad, wherein the drive assembly moves the main body to a target position by adjusting the drive power, and the drive power is based on an application direction and application position of friction to be applied to the pad coming into contact with a floor, wherein the drive assembly includes: a position variable member to vary a contact position of the pad coming into contact with a floor to be cleaned; and a rotation variable member to rotate the pad about a rotation axis, wherein the position variable member includes a first drive member to tilt the pad in a first direction; characterized in that the position variable member further includes a second drive member to tilt the pad in a second direction perpendicular to the first direction. a main body; a pad mounted below the main body to implement cleaning; and a drive assembly to apply drive power to the pad, wherein the drive assembly moves the main body to a target position by adjusting the drive power, and the drive power is based on an application direction and application position of friction to be applied to the pad coming into contact with a floor, wherein the drive assembly includes: a position variable member to vary a contact position of the pad coming into contact with a floor to be cleaned; and a rotation variable member to rotate the pad about a rotation axis, wherein the position variable member includes a first drive member to tilt the pad in a first direction; characterized in that the position variable member further includes a second drive member to tilt the pad in a second direction perpendicular to the first direction.
Heat exchanger, in particular for a condensation boiler, comprising a casing in which there is housed a helical flow conduit for a liquid, made with a pipe of extruded thermally conductive material, in particular aluminium or an alloy thereof, provided with a pair of facing and essentially mutually parallel fins, which extend from a portion of the outer surface thereof, said pipe being helically wound about a longitudinal axis (A-A) such as to form a sequence of adjacent turns separated by interspaces through which, during use, hot gases, in particular combustion fumes, flow; said heat exchanger further comprising a separation element that divides an inner region of the helical flow conduit into a first portion and a second portion, wherein the separation element prevents, during operation, the hot gases from being able to pass directly from the first region to the second region; characterised in that said facing fins extending helically, towards the outside with respect to the axis (A-A) of said helical conduit have respective pluralities of through-openings (20, 21) which in at least some consecutive turns of the helical conduit interconnect the region comprised between them and the interspaces (11, 14) defined with respect to the adjacent turns, defining flow paths through said fins, outside said helical conduit, for the hot gases which during use pass through said interspaces (11, 14); wherein in each of at least some consecutive turns of the helical conduit said facing fins have, viewed in cross-section transverse to the axis of the pipe: a proximal portion which extends from the pipe away from the longitudinal axis (A-A) of said helical conduit, and a distal portion which extends longitudinally on the opposite side to the facing fin of the same turn, said distal portion being substantially in contact with the corresponding distal portion of the facing fin of the adjacent turn a proximal portion which extends from the pipe away from the longitudinal axis (A-A) of said helical conduit, and a distal portion which extends longitudinally on the opposite side to the facing fin of the same turn, said distal portion being substantially in contact with the corresponding distal portion of the facing fin of the adjacent turn
Method for inverting the diaphragm of a filled and plugged container comprising a body prolonged, on the top, by a shoulder topped by a neck and comprising, in the extension of the body, downwards, a base comprising the diaphragm contained in a ring terminated by a peripheral seat forming a support plane, a method according to which the container is previously placed on a saddle of an inverting device, a bearing member is applied to the container and a pusher is raised through the saddle to invert the diaphragm and shape it as a vault, characterized in that, while the pusher inverts the diaphragm, the seat is moved away from the top plane of the saddle, so that, when the pusher reaches its high position, a zone is freed up between the seat and the saddle to allow a longitudinal expansion of the container under the combined effect of the increase of internal pressure provoked by the reduction of the volume due to the inversion and of the forces generated inside the container by the pusher and the bearing member.
A monitoring apparatus for monitoring a multiphase flow in a pipe using magnetic induction tomography, the apparatus comprising a pipe defining a flow conduit, at least one pair of first and second coils (10, 12) disposed on the pipe, wherein the first coil is adapted to transmit an electromagnetic field into the flow conduit when energized by an input electrical signal and the second coil is adapted to receive an electromagnetic field from the flow conduit and generate an output electrical signal, wherein each of the first and second coils comprises an electrically conductive element which is wound about a central axis to form a plurality of turns, the apparatus further comprising a controller for selectively switching alternating electrical current through the first coil to generate from the energized first coil a local electromagnetic field which is transmitted into the fluid conduit, and for receiving an induced alternating electrical current from the second coil which is generated from the local electromagnetic field, characterized in that in the first and second coils (10, 12), each turn is in a common plane so that the respective coil is planar and each turn is composed of a plurality of linear sections and the respective coil is polygonal in plan; in the first and second coils (10, 12), the electrically conductive element comprises an electrically conductive wire core surrounded by an electrically non-conductive outer layer; in the first and second coils (10, 12), successive turns are mutually adjacent and in contact, and adjacent turns of the electrically conductive element are mutually separated by an electrically insulating material.
Apparatus comprising at least one tank having a tank bottom and a delivery unit for a liquid, wherein the delivery unit is arranged in a chamber on the tank bottom and the chamber has at least one heater, wherein the tank has at least one local ventilation heater which extends, starting from a discharge line for liquid at the tank bottom, via at least one tank side as far as the vicinity of a tank top and with which at least one channel can be formed in the frozen liquid at the tank bottom and the at least one tank side, such that a vacuum at a removal point by extraction of already liquefied liquid by suction can be avoided.
Device allowing the use of a programmable component carrying out at least one logic function in a radiative environment, which comprises: - a means of error detection in a work memory space preserving data actually serving for carrying out each said logic function of the device, - a means (130, 135, 120) for blocking at least one output of at least one logic function of the said component, for which an error in the data implemented by the said logic function is detected by the said detection means, and - a means (130, 140) for correcting each error detected in the said work space; - the means of error detection and correction use data preserved in at least one reference memory space preserving a copy of data implemented by at least one said logic function; characterised in that: - the means (130, 135, 120) of blocking comprises a means of preservation possessing a latency greater than or equal to the maximum lag in detecting an error by the error detecting means, in a buffer memory, of data generated by the component and/or by components interfaced between the component and the buffer memory. - a means of error detection in a work memory space preserving data actually serving for carrying out each said logic function of the device, - a means (130, 135, 120) for blocking at least one output of at least one logic function of the said component, for which an error in the data implemented by the said logic function is detected by the said detection means, and - a means (130, 140) for correcting each error detected in the said work space; - the means of error detection and correction use data preserved in at least one reference memory space preserving a copy of data implemented by at least one said logic function; characterised in that: - the means (130, 135, 120) of blocking comprises a means of preservation possessing a latency greater than or equal to the maximum lag in detecting an error by the error detecting means, in a buffer memory, of data generated by the component and/or by components interfaced between the component and the buffer memory. - the means (130, 135, 120) of blocking comprises a means of preservation possessing a latency greater than or equal to the maximum lag in detecting an error by the error detecting means, in a buffer memory, of data generated by the component and/or by components interfaced between the component and the buffer memory.
A method for conducting passive power factor compensation based on differential capacitor change, comprising: acquiring real time electrical power circuit measurements comprising: power factor, line voltage, line frequency, reactive power, and sign of reactive power; determining a compensation capacitance required; determining the states of each of capacitor switches for engaging or disengaging their corresponding capacitors for achieving a total capacitance closest to the compensation capacitance required; forming a new capacitor combination according the states of each of the capacitor switches determined for the compensation capacitance required characterised in further comprising: first disengaging currently engaged capacitors in current capacitor combination one by one in ascending order starting with the capacitor with lowest capacitance and ending with the capacitor with highest capacitance, and after all capacitors are disengaged, engaging capacitors in the new capacitor combination one by one in ascending order starting with the capacitor with lowest capacitance and ending with the capacitor with highest capacitance to minimize line transient noise; and repeating above steps every pre-determined time interval. acquiring real time electrical power circuit measurements comprising: power factor, line voltage, line frequency, reactive power, and sign of reactive power; determining a compensation capacitance required; determining the states of each of capacitor switches for engaging or disengaging their corresponding capacitors for achieving a total capacitance closest to the compensation capacitance required; forming a new capacitor combination according the states of each of the capacitor switches determined for the compensation capacitance required characterised in further comprising: first disengaging currently engaged capacitors in current capacitor combination one by one in ascending order starting with the capacitor with lowest capacitance and ending with the capacitor with highest capacitance, and after all capacitors are disengaged, engaging capacitors in the new capacitor combination one by one in ascending order starting with the capacitor with lowest capacitance and ending with the capacitor with highest capacitance to minimize line transient noise; and repeating above steps every pre-determined time interval. first disengaging currently engaged capacitors in current capacitor combination one by one in ascending order starting with the capacitor with lowest capacitance and ending with the capacitor with highest capacitance, and after all capacitors are disengaged, engaging capacitors in the new capacitor combination one by one in ascending order starting with the capacitor with lowest capacitance and ending with the capacitor with highest capacitance to minimize line transient noise; and repeating above steps every pre-determined time interval.
A medical device, comprising: a vascular access device for communicating with the vascular system of a patient, wherein the vascular access device comprises: a body with a lumen, and a status indicator comprising: a reservoir having a colored liquid and a seal configured to break in response to pressure to release the colored liquid from the reservoir; a window disposed a distance from the reservoir; a fluid channel between the reservoir and the window; and a porous or absorbent material disposed within the fluid channel and configured to wick the colored liquid from the reservoir to the window. a body with a lumen, and a status indicator comprising: a reservoir having a colored liquid and a seal configured to break in response to pressure to release the colored liquid from the reservoir; a window disposed a distance from the reservoir; a fluid channel between the reservoir and the window; and a porous or absorbent material disposed within the fluid channel and configured to wick the colored liquid from the reservoir to the window. a reservoir having a colored liquid and a seal configured to break in response to pressure to release the colored liquid from the reservoir; a window disposed a distance from the reservoir; a fluid channel between the reservoir and the window; and a porous or absorbent material disposed within the fluid channel and configured to wick the colored liquid from the reservoir to the window.