mhurhangee/ep-ind-claims huggingface dataset:
A liquid crystal display device comprising: a substrate; a plurality of pixels arranged on the substrate, the plurality of pixels arranged in a plurality of horizontal pixel rows comprising at least a first pixel row and a second pixel row neighboring the first pixel row; wherein each pixel row comprises a first common electrode disposed in a plate shape on the substrate; at least one gate line (115, 215) is disposed, on the substrate, between the first common electrode of the first pixel row and the first common electrode of the second pixel row; a plurality of alternating data lines (DL; 132) and common lines (CL; 133) are spaced from each other and cross the at least one gate line (115, 215) to define the plurality of pixels in each horizontal pixel row; each pixel comprises a plurality of branch pixel electrodes overlapping the first common electrode the corresponding pixel row, each pixel comprises a second common electrode including a first common electrode pattern and a second common electrode pattern that overlap the data line (DL; 132) and the common line, respectively, of the pixel, and the first common electrode pattern of the second common electrode of each pixel in the first pixel row overlaps the data line (DL; 132) defining said each pixel on one side and is connected, through an intersection connector, to the first common electrode pattern of a second common electrode which overlaps a data line adjacent to said data line (DL; 132) in a neighboring pixel of the second pixel row. a substrate; a plurality of pixels arranged on the substrate, the plurality of pixels arranged in a plurality of horizontal pixel rows comprising at least a first pixel row and a second pixel row neighboring the first pixel row; wherein each pixel row comprises a first common electrode disposed in a plate shape on the substrate; at least one gate line (115, 215) is disposed, on the substrate, between the first common electrode of the first pixel row and the first common electrode of the second pixel row; a plurality of alternating data lines (DL; 132) and common lines (CL; 133) are spaced from each other and cross the at least one gate line (115, 215) to define the plurality of pixels in each horizontal pixel row; each pixel comprises a plurality of branch pixel electrodes overlapping the first common electrode the corresponding pixel row, each pixel comprises a second common electrode including a first common electrode pattern and a second common electrode pattern that overlap the data line (DL; 132) and the common line, respectively, of the pixel, and the first common electrode pattern of the second common electrode of each pixel in the first pixel row overlaps the data line (DL; 132) defining said each pixel on one side and is connected, through an intersection connector, to the first common electrode pattern of a second common electrode which overlaps a data line adjacent to said data line (DL; 132) in a neighboring pixel of the second pixel row.
A system to navigate a member relative to a subject comprising: an imaging system configured to acquire a first image data of the subject at a first time without the member and a second image data of the subject and the member at a second time, where the member causes distortion and/or artifacts in the second image data; a processing unit (38, 60, 68) having instructions to, compare the first image data and the second image data, determine a position of the member in the second image data, subtract the first image data from the second image data to form an augmented second image data to illustrate a position of the member relative to the subject, and superimpose a pre-formed model of the member including dimension information of the member on the augmented second image data at a determined true position of the member that does not suffer from distortion and/or artifacts; and a display configured to display the superimposed pre-formed model of the member on the first image data, the second image data, or other image data of the subject; wherein the pre-formed model of the member includes dimensions of the member, a priori knowledge of interactions of the member with the subject, and combinations thereof. an imaging system configured to acquire a first image data of the subject at a first time without the member and a second image data of the subject and the member at a second time, where the member causes distortion and/or artifacts in the second image data; a processing unit (38, 60, 68) having instructions to, compare the first image data and the second image data, determine a position of the member in the second image data, subtract the first image data from the second image data to form an augmented second image data to illustrate a position of the member relative to the subject, and superimpose a pre-formed model of the member including dimension information of the member on the augmented second image data at a determined true position of the member that does not suffer from distortion and/or artifacts; and a display configured to display the superimposed pre-formed model of the member on the first image data, the second image data, or other image data of the subject; compare the first image data and the second image data, determine a position of the member in the second image data, subtract the first image data from the second image data to form an augmented second image data to illustrate a position of the member relative to the subject, and superimpose a pre-formed model of the member including dimension information of the member on the augmented second image data at a determined true position of the member that does not suffer from distortion and/or artifacts; and a display configured to display the superimposed pre-formed model of the member on the first image data, the second image data, or other image data of the subject; wherein the pre-formed model of the member includes dimensions of the member, a priori knowledge of interactions of the member with the subject, and combinations thereof.
Non-therapeutic use of Bacterial cells of Lactobacillus casei and/or a treated product thereof, for improving sleep quality, wherein the treated product is a) a lysate of Lactobacillus casei obtained by ultrasonic waves, b) an enzyme-treated liquid of Lactobacillus casei, c) a solid residue obtained by separating the treated products of a)or b) by solid-liquid separation means, d) a nucleic acid-containing fraction obtained by lysing Lactobacillus casei with a surfactant, followed by precipitation with ethanol, e) the lysate of Lactobacillus casei obtained by ultrasonic wave or the enzyme-treated liquid of the cells of Lactobacillus casei, which are further subjected to separation and/or purification treatments, or f) killed bacterial cells. a) a lysate of Lactobacillus casei obtained by ultrasonic waves, b) an enzyme-treated liquid of Lactobacillus casei, c) a solid residue obtained by separating the treated products of a)or b) by solid-liquid separation means, d) a nucleic acid-containing fraction obtained by lysing Lactobacillus casei with a surfactant, followed by precipitation with ethanol, e) the lysate of Lactobacillus casei obtained by ultrasonic wave or the enzyme-treated liquid of the cells of Lactobacillus casei, which are further subjected to separation and/or purification treatments, or f) killed bacterial cells.
A device for applying light to the eye of a subject comprising a structure (62,34, 50) having a first inner surface (66, 52) generally corresponding to the shape of the eye; the structure including an optically scattering mass having an inner surface facing toward the eye when the structure is positioned on the eye, the optically scattering mass having an axis extending in an inward direction through the inner surface and extending in an outward direction away from the inner surface, the mass having an edge surface (5 6) extending around the axis, the structure further including a reflector defining a reflective circumferential surface extending around the edge surface and around the axis and in optical communication with the edge surface of the mass and one or more optical fibers extending within the reflector in a direction transverse to the axis, the reflector being adapted to reflect light emitted from the one or more optical fibers (20, 21a, 21b) so that the reflected light passes into the mass in directions generally parallel to the inner surface of the mass so that the light will be scattered and at least some of the scattered light will pass through the inner surface into the eye.
Pouring closure for liquid containers, with a pour spout which can be sealingly fixed to a container neck and the cross section of which is closed by a membrane before use, wherein a portion of the membrane extending transversely over the membrane and approximately pear-shaped in plan view, is connected to the remaining portion via an easily tearable line of weakness and can be detached from the membrane, with the result that after the detachment it releases an opening in the membrane, which is correspondingly pear-shaped in plan view, with the result that liquid can be poured selectively out of a relatively narrower section or out of a relatively wider section of the pear-shaped opening when the container is tilted, depending on the orientation thereof, characterized in that the membrane has webs on its inner surface, at a close distance beside the line of weakness and outside the tear-out section, which extend inwards away from the membrane surface, and which run on both sides of the narrow section of the tear-out portion or of the opening and along at least a portion of a transition region between the narrower and the wider sections, and wherein the web height increases from the beginning of the web close to their first end of the narrow section remote from the wide section as it approaches the transition region.
Assembly of a power tool and at least an accessory (5,8), the accessory being one of a first type of accessory and a second type of accessory; and the power tool comprising: - a drive; and - a first drive shaft that is connected to said drive, and having a first engagement that is configured to engage the first type of accessory; - a second drive shaft that is connected to said drive, and having a second engagement that is configured to engage the second type of accessory; and - wherein the drive is configured to drive the first drive shaft and the second drive shaft simultaneously; characterized in that the power tool further comprises a trigger that is configured to switch said drive on and off, wherein the trigger comprises: - a lock-on state in an engaged state of the first type of accessory; and - a momentary state in an engaged state of the second type of accessory; wherein the first type of accessory is configured to activate an activating member that is configured to enable the trigger or any part of a trigger construction to lock in an on-state when said first type of accessory is engaged to the first drive shaft; and/or wherein the second type of accessory is configured to activate a barrier (18, 19) that is configured to prevent the trigger or any part of a trigger construction from locking in an on-state when said second type of accessory is engaged to the second drive shaft. - a drive; and - a first drive shaft that is connected to said drive, and having a first engagement that is configured to engage the first type of accessory; - a second drive shaft that is connected to said drive, and having a second engagement that is configured to engage the second type of accessory; and - wherein the drive is configured to drive the first drive shaft and the second drive shaft simultaneously; - a lock-on state in an engaged state of the first type of accessory; and - a momentary state in an engaged state of the second type of accessory;
An apparatus comprising: a tip retaining structure having a number of tip retaining areas (228, 230, 232, 234) configured to hold a number of tips (312, 314,316); and a number of tip identifier elements corresponding to the number of tips in which a tip (312, 314,316) from the number of tips is selected for use with a nozzle of a fluid dispensing system based on the number of tip identifier elements corresponding to the number of tips; and wherein said number of tip identifier elements are located on said number of tips (312, 314,316) and each tip identifier element used for a particular tip; the apparatus further comprising: a nozzle retaining structure having a number of nozzle retaining areas configured to hold a number of nozzles; and a number of nozzle identifier elements located on said number of nozzles, each nozzle identifier element used for a particular nozzle, wherein the fluid dispensing system is configured to select one of the number of nozzles for the fluid dispensing system based on the number of nozzle identifier elements corresponding to the number of nozzles. a tip retaining structure having a number of tip retaining areas (228, 230, 232, 234) configured to hold a number of tips (312, 314,316); and a number of tip identifier elements corresponding to the number of tips in which a tip (312, 314,316) from the number of tips is selected for use with a nozzle of a fluid dispensing system based on the number of tip identifier elements corresponding to the number of tips; and wherein said number of tip identifier elements are located on said number of tips (312, 314,316) and each tip identifier element used for a particular tip; the apparatus further comprising: a nozzle retaining structure having a number of nozzle retaining areas configured to hold a number of nozzles; and a number of nozzle identifier elements located on said number of nozzles, each nozzle identifier element used for a particular nozzle, wherein the fluid dispensing system is configured to select one of the number of nozzles for the fluid dispensing system based on the number of nozzle identifier elements corresponding to the number of nozzles. a nozzle retaining structure having a number of nozzle retaining areas configured to hold a number of nozzles; and a number of nozzle identifier elements located on said number of nozzles, each nozzle identifier element used for a particular nozzle, wherein the fluid dispensing system is configured to select one of the number of nozzles for the fluid dispensing system based on the number of nozzle identifier elements corresponding to the number of nozzles.
Ivabradine hydrochloride Form IV with a powder X-ray diffraction comprising the following degrees 2 theta (± 0.2) peaks: 8.74, 15.55, 17.17, 19.89, and 24.29, wherein the X-ray diffraction is measured using a CuKα radiation.
An audio synthesis method performed at a computer device having a processor and memory storing a plurality of programs to be executed by the processor, the method comprising: obtaining a target text; determining a target song according to a selection instruction; synthesizing a self-made song using the target text and tune information of the target song according to a tune control model, the target text being used as the lyrics of the self-made song; and playing the self-made song, wherein the synthesizing of the self-made song using the target text and tune information of the target song according to a tune control model comprises: converting the target text using a timbre control model into a self-made speech with timbre conforming to a target speaking object; converting the self-made speech by using the tune model into the self-made song with the tune conforming to the target song, wherein the converting of the self-made speech into the self-made song comprises: performing syllabicating on the self-made speech by adjusting time information of each syllable and pitch of each syllable, the time information includes a start time of each syllable, a duration of each syllable, and a duration of a pause between different syllables. obtaining a target text; determining a target song according to a selection instruction; synthesizing a self-made song using the target text and tune information of the target song according to a tune control model, the target text being used as the lyrics of the self-made song; and playing the self-made song, wherein the synthesizing of the self-made song using the target text and tune information of the target song according to a tune control model comprises: converting the target text using a timbre control model into a self-made speech with timbre conforming to a target speaking object; converting the self-made speech by using the tune model into the self-made song with the tune conforming to the target song, converting the target text using a timbre control model into a self-made speech with timbre conforming to a target speaking object; converting the self-made speech by using the tune model into the self-made song with the tune conforming to the target song, wherein the converting of the self-made speech into the self-made song comprises: performing syllabicating on the self-made speech by adjusting time information of each syllable and pitch of each syllable, the time information includes a start time of each syllable, a duration of each syllable, and a duration of a pause between different syllables.
A method for water-sparing production of graphite of low density from paper, preferably waste paper, for use as insulating material, characterized in that - paper/waste paper, paper shreds or paper strips are soaked in dimethyl sulfoxide (DMSO) in a suitable vessel until the paper has dissolved into fibers, - polyacrylonitrile is admixed to the paper fibers dissolved in dimethyl sulfoxide (DMSO) while stirring until a paste or a mixture with a paste-like consistency is formed, - the paste is introduced into a suitable mold and subsequently excess liquid is forced out of the paste by pressing, or that the paste is pressed isostatically so that a presscake is formed, - the presscake is thereafter withdrawn from the mold for curing the polyacrylonitrile and immersed in water for a specified time until the polyacrylonitrile is polymerized and a cured presscake is formed, - the cured presscake is pre-dried in air at a higher temperature up to ~100 °C, - the cured presscake is heated for stabilization in air up to 250 °C to remove the residual moisture, - the cured and dried presscake is carbonized in an oven at > 1000°C and then graphitized at > 2000°C to give a graphite block of low density. - paper/waste paper, paper shreds or paper strips are soaked in dimethyl sulfoxide (DMSO) in a suitable vessel until the paper has dissolved into fibers, - polyacrylonitrile is admixed to the paper fibers dissolved in dimethyl sulfoxide (DMSO) while stirring until a paste or a mixture with a paste-like consistency is formed, - the paste is introduced into a suitable mold and subsequently excess liquid is forced out of the paste by pressing, or that the paste is pressed isostatically so that a presscake is formed, - the presscake is thereafter withdrawn from the mold for curing the polyacrylonitrile and immersed in water for a specified time until the polyacrylonitrile is polymerized and a cured presscake is formed, - the cured presscake is pre-dried in air at a higher temperature up to ~100 °C, - the cured presscake is heated for stabilization in air up to 250 °C to remove the residual moisture, - the cured and dried presscake is carbonized in an oven at > 1000°C and then graphitized at > 2000°C to give a graphite block of low density.
A pipe reeling load simulator for bending a pipe specimen having first and second ends, comprising: a rigid frame; a pipe bending form pivotally mounted on the rigid frame; means for connecting the first end of the pipe specimen to the pipe bending form; a beam pivotally attached to the rigid frame at a separate location from the pipe bending form; a table mounted on the beam for rotational and translational movement on the beam; means for connecting the second end of the pipe specimen to the table; means for driving the pipe bending form; and means for determining the driving torque used to draw the pipe specimen over the pipe bending form. a rigid frame; a pipe bending form pivotally mounted on the rigid frame; means for connecting the first end of the pipe specimen to the pipe bending form; a beam pivotally attached to the rigid frame at a separate location from the pipe bending form; a table mounted on the beam for rotational and translational movement on the beam; means for connecting the second end of the pipe specimen to the table; means for driving the pipe bending form; and means for determining the driving torque used to draw the pipe specimen over the pipe bending form.
A drive force control system for a hybrid vehicle, comprising: an engine; a first rotary machine that serves not only as a motor but also as a generator; a transmission mechanism that distributes an output torque of the engine to the first rotary machine side and an output member side, wherein an operating mode can be selected from a first mode in which a ratio of the output torque of the engine delivered to the output member side to a torque of the engine is set at a first predetermined ratio, and a second mode in which a ratio of the output torque of the engine delivered to the output member side to a torque of the engine is set to a second predetermined ratio that is smaller than the first predetermined ratio; a battery; a second rotary machine that serves not only as a motor but also as a generator, and that is connected electrically to the first rotary machine; and a controller to control the transmission mechanism, that is configured to execute a regeneration control to deliver a regenerative torque resulting from operating the second rotary machine as a generator to the drive wheels (1L, 1R), and an engine brake control to deliver a brake torque resulting from a power loss of the engine to the output member, maintain a rotational speed of the engine to a predetermined speed during execution of the engine brake control by operating the first rotary machine as a motor or a generator, and characterized in that it restricts selection of the first mode when an input power (Win) allowed to accumulate in the battery is smaller than a threshold power. an engine; a first rotary machine that serves not only as a motor but also as a generator; a transmission mechanism that distributes an output torque of the engine to the first rotary machine side and an output member side, wherein an operating mode can be selected from a first mode in which a ratio of the output torque of the engine delivered to the output member side to a torque of the engine is set at a first predetermined ratio, and a second mode in which a ratio of the output torque of the engine delivered to the output member side to a torque of the engine is set to a second predetermined ratio that is smaller than the first predetermined ratio; a battery; a second rotary machine that serves not only as a motor but also as a generator, and that is connected electrically to the first rotary machine; and a controller to control the transmission mechanism, that is configured to execute a regeneration control to deliver a regenerative torque resulting from operating the second rotary machine as a generator to the drive wheels (1L, 1R), and an engine brake control to deliver a brake torque resulting from a power loss of the engine to the output member, maintain a rotational speed of the engine to a predetermined speed during execution of the engine brake control by operating the first rotary machine as a motor or a generator, and characterized in that it restricts selection of the first mode when an input power (Win) allowed to accumulate in the battery is smaller than a threshold power.