mhurhangee/ep-ind-claims huggingface dataset:
A soft package lithium ion battery with high capacity, comprising a battery core, a soft package shell for packaging said battery core, an electrolyte accommodated in said shell, and electrode tabs connected to said battery core and leaded to external of said shell; characterized in that said battery core comprises a plurality of positive pole plates and a plurality of negative pole plates, and said positive pole plates and negative pole plates are long type metal sheets with substantially identical shape, and are divided into coating regions and non-coating regions along their length direction respectively, and both faces of said coating regions of said positive pole plates are coated with positive active material, and both faces of said coating regions of said negative pole plates are coated with negative active material; the size of said coating regions of said positive pole plates is substantially the same as that of said coating regions of said negative pole plates, and said coating regions extend substantially straightly and flatly, with the extension length of said coating regions being substantially consistent with the width of the battery core required; said coating regions of said plurality of positive pole plates and said coating regions of said plurality of negative pole plates are aligned substantially regularly and laminated alternatively to form a lamination structure, wherein a separator is arranged between said coating region of said positive pole plate and said coating region of said negative pole plate; said uncoated regions of said plurality of positive pole plates extend from one side of said lamination structure, and turn over to extend to a top surface of said lamination structure; said uncoated regions of said plurality of negative pole plates extend from the other opposite side of said lamination structure, and likewise turn over to extend to the top surface of said lamination structure; two electrode tabs made of metal sheets are provided on said top surface of said lamination structure, and said two electrode tabs are connected to said uncoated regions of said plurality of positive pole plates and said uncoated regions of said plurality of negative pole plates respectively.
Decoupling mat for tiled floorings, comprising at least one layer which is provided on one face with a number of bowl-shaped depressions, the depressions having a base which is delimited by side walls, characterised in that at least one elevation is associated with each of the bases of the depressions, the elevation comprising at least one wall which protrudes from the base and which is at least in portions at an angle of less than 90° to the base.
A line termination element for a ventilation outlet of a fluid container, having a main body which is formed as a closure element for a free end of the ventilation outlet and which is cross-sectionally matched to the cross section of the ventilation outlet, comprising at least one valve body, which, in a first position, closes off the mouth cross section of the ventilation outlet and which, in a second position, opens up the mouth cross section of the ventilation outlet, characterized in that the main body comprises at least one flow passage as an insect barrier, which flow passage is smaller than a mouth cross section of the ventilation outlet.
An aqueous suspension comprising a physiologically acceptable salt, a physiologically acceptable polyol, water and nanoparticles of clobetasol propionate, wherein the mean particle diameter of the nanoparticles is 300 nm or less and the D90 particle diameter of the nanoparticles is 450 nm or less, the mean particle diameter is an arithmetic mean diameter of a particle size distribution measured by dynamic light scattering photon correlation spectroscopy; and the D90 diameter is a diameter of the particle at 90% position in the particle size distribution measured by dynamic light scattering photon correlation spectroscopy, wherein a number of particles is counted from a smaller particle diameter to a larger particle diameter, as setting 0% (smallest particle) to 100% (largest particle), the physiologically acceptable salt being one or two or more selected from sodium chloride, potassium chloride, ammonium chloride, sodium sulfate, magnesium sulfate, potassium sulfate, calcium sulfate, sodium malate, sodium citrate, disodium citrate, sodium dihydrogen citrate, potassium dihydrogen citrate, sodium dihydrogen phosphate, potassium dihydrogen phosphate, disodium hydrogen phosphate, and dipotassium hydrogen phosphate, the physiologically acceptable polyol being one or two or more selected from glycerin, propylene glycol, polyethylene glycol, dipropylene glycol and diethylene glycol. wherein the mean particle diameter of the nanoparticles is 300 nm or less and the D90 particle diameter of the nanoparticles is 450 nm or less, the mean particle diameter is an arithmetic mean diameter of a particle size distribution measured by dynamic light scattering photon correlation spectroscopy; and the D90 diameter is a diameter of the particle at 90% position in the particle size distribution measured by dynamic light scattering photon correlation spectroscopy, wherein a number of particles is counted from a smaller particle diameter to a larger particle diameter, as setting 0% (smallest particle) to 100% (largest particle), the physiologically acceptable salt being one or two or more selected from sodium chloride, potassium chloride, ammonium chloride, sodium sulfate, magnesium sulfate, potassium sulfate, calcium sulfate, sodium malate, sodium citrate, disodium citrate, sodium dihydrogen citrate, potassium dihydrogen citrate, sodium dihydrogen phosphate, potassium dihydrogen phosphate, disodium hydrogen phosphate, and dipotassium hydrogen phosphate, the physiologically acceptable polyol being one or two or more selected from glycerin, propylene glycol, polyethylene glycol, dipropylene glycol and diethylene glycol.
A window for an above-ground pool comprising: a window portion including: a window pane, and a peripheral rim extending around at least a portion of a perimeter of the window pane, characterized in that the peripheral rim defining a first groove between a first outer flange and a first inner flange on a first side of the peripheral rim, and a second groove between a second outer flange and a second inner flange on a second side of the peripheral rim opposite the first side; and a retainer bracket including: a peripheral rim junction having a receiving part configured to interlock with the first groove, the first outer flange, the second groove, and the second outer flange of the peripheral rim, a peripheral plate configured to attach to a wall of a pool, and a joint connecting the peripheral rim junction and the peripheral plate, wherein the retainer bracket defines a retainer bracket groove between the peripheral rim junction and the peripheral plate to allow the joint to provide strain relief for relative movement between the peripheral rim junction and the peripheral plate. a window portion including: a window pane, and a peripheral rim extending around at least a portion of a perimeter of the window pane, characterized in that the peripheral rim defining a first groove between a first outer flange and a first inner flange on a first side of the peripheral rim, and a second groove between a second outer flange and a second inner flange on a second side of the peripheral rim opposite the first side; and a window pane, and a peripheral rim extending around at least a portion of a perimeter of the window pane, characterized in that the peripheral rim defining a first groove between a first outer flange and a first inner flange on a first side of the peripheral rim, and a second groove between a second outer flange and a second inner flange on a second side of the peripheral rim opposite the first side; and a retainer bracket including: a peripheral rim junction having a receiving part configured to interlock with the first groove, the first outer flange, the second groove, and the second outer flange of the peripheral rim, a peripheral plate configured to attach to a wall of a pool, and a joint connecting the peripheral rim junction and the peripheral plate, wherein the retainer bracket defines a retainer bracket groove between the peripheral rim junction and the peripheral plate to allow the joint to provide strain relief for relative movement between the peripheral rim junction and the peripheral plate. a peripheral rim junction having a receiving part configured to interlock with the first groove, the first outer flange, the second groove, and the second outer flange of the peripheral rim, a peripheral plate configured to attach to a wall of a pool, and a joint connecting the peripheral rim junction and the peripheral plate, wherein the retainer bracket defines a retainer bracket groove between the peripheral rim junction and the peripheral plate to allow the joint to provide strain relief for relative movement between the peripheral rim junction and the peripheral plate.
A method of performing a drilling operation, comprising: receiving a data set representing parameter values generated during at least a portion of the operation, the parameter values including values of a plurality of parameters relating to the operation; dividing the data set into a plurality of data subsets, each data subset including values for multiple parameters; determining a measure of similarity between data in each subset relative to data in one or more other subsets; displaying a topological map of the data set in at least two dimensions, the topological map including a visual representation of each subset positioned relative to a visual representation of the one or more other subsets based on the measure of similarity; and analyzing the topological map to estimate a condition associated with the operation, wherein analyzing includes identifying a group of visual representations representing subsets having at least one similar parameter, and estimating the condition based on a shape or structure formed by the group of visual representations; and adjusting a parameter of the drilling operation based on analyzing the topological map. receiving a data set representing parameter values generated during at least a portion of the operation, the parameter values including values of a plurality of parameters relating to the operation; dividing the data set into a plurality of data subsets, each data subset including values for multiple parameters; determining a measure of similarity between data in each subset relative to data in one or more other subsets; displaying a topological map of the data set in at least two dimensions, the topological map including a visual representation of each subset positioned relative to a visual representation of the one or more other subsets based on the measure of similarity; and analyzing the topological map to estimate a condition associated with the operation, wherein analyzing includes identifying a group of visual representations representing subsets having at least one similar parameter, and estimating the condition based on a shape or structure formed by the group of visual representations; and adjusting a parameter of the drilling operation based on analyzing the topological map.
A nasal-pharyngeal bypass useful for establishing an airway for the patient, the bypass comprising: a collapsible tube having a proximal end, a distal end, a lumen extending through the tube, and a length between the proximal and distal ends so that, when the tube is inserted through the patient's nostril, through the patient's nasal cavity, and into the patient's throat, the distal end of the tube is above the patient's epiglottis and the proximal end of the tube is outside of the patient's nostril; wherein the tube has a collapsed configuration in which the tube is sized to be inserted through the patient's nasal cavity; wherein the tube has an expanded configuration in which the tube is sized to be retained in the patient's nasal cavity and establish a bypass airway for the patient through the lumen of the tube; wherein the tube comprises a flat sheet (52, 54); and wherein the flat sheet is rolled onto itself to form the tube, characterized by the flat sheet having a cavity therein, a closed distal end, and an opening in the proximal end communicating with the cavity; wherein the cavity extends from the distal end to the proximal end, and including a one-way valve in the proximal opening; and wherein the proximal and the distal ends define a longitudinal direction, and wherein the cavity includes finger portions which extend away from the longitudinal direction. a collapsible tube having a proximal end, a distal end, a lumen extending through the tube, and a length between the proximal and distal ends so that, when the tube is inserted through the patient's nostril, through the patient's nasal cavity, and into the patient's throat, the distal end of the tube is above the patient's epiglottis and the proximal end of the tube is outside of the patient's nostril; wherein the tube has a collapsed configuration in which the tube is sized to be inserted through the patient's nasal cavity; wherein the tube has an expanded configuration in which the tube is sized to be retained in the patient's nasal cavity and establish a bypass airway for the patient through the lumen of the tube; wherein the tube comprises a flat sheet (52, 54); and wherein the flat sheet is rolled onto itself to form the tube, characterized by the flat sheet having a cavity therein, a closed distal end, and an opening in the proximal end communicating with the cavity; wherein the cavity extends from the distal end to the proximal end, and including a one-way valve in the proximal opening; and wherein the proximal and the distal ends define a longitudinal direction, and wherein the cavity includes finger portions which extend away from the longitudinal direction.
A method of forming a filtration module, the method comprising: positioning a portion of a porous membrane in a first potting mold; characterised in that the method further includes the step of positioning an annular disc including a plurality of apertures (28, 29) in the first potting mold introducing a first pot forming substance into the first potting mold, the first pot forming substance surrounding the portion of the porous membrane and covering at least a portion of an inner circumference of the annular disc with the first pot forming substance curing the first pot forming substance to form a pre-pot; separating the pre-pot from the first potting mold; positioning at least a portion of the pre-pot in a second potting mold; introducing a second pot forming substance into the second potting mold, the second pot forming substance surrounding at least a portion of the pre-pot and at least a portion of the porous membrane; curing the second pot forming substance to form a membrane pot; and separating the membrane pot from the second potting mold. positioning a portion of a porous membrane in a first potting mold; characterised in that the method further includes the step of positioning an annular disc including a plurality of apertures (28, 29) in the first potting mold introducing a first pot forming substance into the first potting mold, the first pot forming substance surrounding the portion of the porous membrane and covering at least a portion of an inner circumference of the annular disc with the first pot forming substance curing the first pot forming substance to form a pre-pot; separating the pre-pot from the first potting mold; positioning at least a portion of the pre-pot in a second potting mold; introducing a second pot forming substance into the second potting mold, the second pot forming substance surrounding at least a portion of the pre-pot and at least a portion of the porous membrane; curing the second pot forming substance to form a membrane pot; and separating the membrane pot from the second potting mold.
An automated, computerized method for processing an image, comprising the steps of: providing a multi-band color image; generating spatio-spectral information for the image, the spatio-spectral information given by spectral relationships, in terms of color bands, among contiguous pixels of the image, wherein these spectral relationships are relevant to a material and illumination characteristic of the image, and the spatial extent of the pixel spectral relationships, and expressing the spatio-spectral information as spatio-spectral operators, spatio-spectral operators being a mathematical representation of the spatio-spectral information; defining at least one constraint, each constraint expressed as a constraining relationship imposed on a set of the spatio-spectral operators corresponding to the constraint as part of the definition of the constraint; expressing the at least one constraint as a matrix equation Ax=b, where A is a matrix of values that are to be satisfied by the definitions of the operators and the constraining relationships, each row of the matrix A corresponding to one constraint, b is a matrix of values observed in the image, and x is a matrix to be solved for, representing one of an illumination or material component of the image, and performing an image segregation operation, comprising an optimized solution of the matrix equation, to identify a material image and an illumination image, each corresponding to the image, and wherein the material image depicts the material component of the image and the illumination image depicts the illumination component of the image. providing a multi-band color image; generating spatio-spectral information for the image, the spatio-spectral information given by spectral relationships, in terms of color bands, among contiguous pixels of the image, wherein these spectral relationships are relevant to a material and illumination characteristic of the image, and the spatial extent of the pixel spectral relationships, and expressing the spatio-spectral information as spatio-spectral operators, spatio-spectral operators being a mathematical representation of the spatio-spectral information; defining at least one constraint, each constraint expressed as a constraining relationship imposed on a set of the spatio-spectral operators corresponding to the constraint as part of the definition of the constraint; expressing the at least one constraint as a matrix equation Ax=b, where A is a matrix of values that are to be satisfied by the definitions of the operators and the constraining relationships, each row of the matrix A corresponding to one constraint, b is a matrix of values observed in the image, and x is a matrix to be solved for, representing one of an illumination or material component of the image, and performing an image segregation operation, comprising an optimized solution of the matrix equation, to identify a material image and an illumination image, each corresponding to the image, and wherein the material image depicts the material component of the image and the illumination image depicts the illumination component of the image.
A valve for a surgical or medical instrument comprising: - a passage which can be at least partially closed by the distortion of a flexible portion of the passage wall, - means for actuating in rotation a mobile end of the flexible portion, so adapted as to generate torsion, wherein: - the actuating means comprises a cable for transmitting movement to the mobile end of the flexible portion, - one end of the transmission cable is attached to gripping means which can be moved by an operator, with the valve comprising an angle transmission member for deflecting the transmission cable, characterized in that the angle transmission member and the gripping means are so configured that the gripping means can be moved in translation along the longitudinal axis of the valve. - a passage which can be at least partially closed by the distortion of a flexible portion of the passage wall, - means for actuating in rotation a mobile end of the flexible portion, so adapted as to generate torsion, wherein: - the actuating means comprises a cable for transmitting movement to the mobile end of the flexible portion, - one end of the transmission cable is attached to gripping means which can be moved by an operator,
Transmitter for a hydraulic actuating element, comprising a cylinder bore which is formed in a cylinder housing and in which a piston is movably mounted, a line connection for a hydraulic line being arranged on the cylinder housing, so that a hydraulic fluid can flow from the cylinder bore into the hydraulic line when the piston moves, the hydraulic line being rotatable about its longitudinal axis, further containing a cylinder base which defines the cylinder bore, characterized in that an elongated hole is arranged in the cylinder base, so that a hydraulic fluid can flow from the cylinder bore through the elongated hole into the hydraulic line when the piston is moved, the elongated hole being arranged offset upwards from a central position.
A device to measure a fluid pressure comprises a pressure sensing element and a pressure readout element, wherein: - the pressure sensing element comprises a cavity capped by a flexible membrane, the cavity having a length (d) that varies with the fluid pressure (P 1) applied on the flexible membrane, - the pressure readout element comprises a light source for providing an incident beam of a determined wavelength range directed towards the cavity and an optical spectral analyzer for measuring a power spectrum of a return beam reflected by the cavity, and processing means for determining the cavity length (d) and the fluid pressure (P 1) based on the power spectrum wherein the pressure sensing element is contained in a packaging structure characterised in that it comprises - a packaging cap coupled to a packaging base, the packaging cap being subjectable to a high pressure, the packaging base being subjectable to a low pressure,, - the packaging cap further having an orifice for equalizing the pressure with the fluid pressure to be measured, and - the bottom of the base comprising a hole for letting pass the optical fiber. - the pressure sensing element comprises a cavity capped by a flexible membrane, the cavity having a length (d) that varies with the fluid pressure (P 1) applied on the flexible membrane, - the pressure readout element comprises a light source for providing an incident beam of a determined wavelength range directed towards the cavity and an optical spectral analyzer for measuring a power spectrum of a return beam reflected by the cavity, and processing means for determining the cavity length (d) and the fluid pressure (P 1) based on the power spectrum wherein the pressure sensing element is contained in a packaging structure characterised in that it comprises - a packaging cap coupled to a packaging base, the packaging cap being subjectable to a high pressure, the packaging base being subjectable to a low pressure,, - the packaging cap further having an orifice for equalizing the pressure with the fluid pressure to be measured, and - the bottom of the base comprising a hole for letting pass the optical fiber. - a packaging cap coupled to a packaging base, the packaging cap being subjectable to a high pressure, the packaging base being subjectable to a low pressure,, - the packaging cap further having an orifice for equalizing the pressure with the fluid pressure to be measured, and - the bottom of the base comprising a hole for letting pass the optical fiber.