mhurhangee/ep-ind-claims huggingface dataset:
A process for manufacturing a paint composition, the process comprising: preparing a grind phase by mixing together one or more pigments, other grind phase components, and a water insoluble biocide; and mixing the grind phase with a one or more latex resins and other letdown components wherein the water insoluble biocide is a high solids material comprising at least 50% by weight of the biocide. preparing a grind phase by mixing together one or more pigments, other grind phase components, and a water insoluble biocide; and mixing the grind phase with a one or more latex resins and other letdown components wherein the water insoluble biocide is a high solids material comprising at least 50% by weight of the biocide.
An estimation method for an assembled battery, the estimation method comprising: a first step of measuring first inductance of a first path, the first path including a predetermined number of units of battery cells and a wire connected to the battery cells; a second step of deriving a calculation formula for calculating second inductance of a second path on an assumption that a current flowing through the predetermined number of units of the battery cells is an imaginary current line, the second path including the imaginary current line and a wire connected to the imaginary current line; a third step of determining a second variable by adjusting the second inductance obtained from the calculation formula to the first inductance measured in the first step by varying a first variable of the calculation formula derived in the second step; and a fourth step of estimating self-inductance according to a wire of the assembled battery and the number of the battery cells by using the second variable determined in the third step. a first step of measuring first inductance of a first path, the first path including a predetermined number of units of battery cells and a wire connected to the battery cells; a second step of deriving a calculation formula for calculating second inductance of a second path on an assumption that a current flowing through the predetermined number of units of the battery cells is an imaginary current line, the second path including the imaginary current line and a wire connected to the imaginary current line; a third step of determining a second variable by adjusting the second inductance obtained from the calculation formula to the first inductance measured in the first step by varying a first variable of the calculation formula derived in the second step; and a fourth step of estimating self-inductance according to a wire of the assembled battery and the number of the battery cells by using the second variable determined in the third step.
Silicone-gel-coated, adhesive layer structure, comprising: a) a first layer consisting of a porous backing material, b) on one side of the porous backing material, an intermediate layer crosslinked by UV radiation, which comprises or consists of acrylic acid copolymer, and, c) on the intermediate layer, a layer made of a crosslinked, adhesive silicone gel. a) a first layer consisting of a porous backing material, b) on one side of the porous backing material, an intermediate layer crosslinked by UV radiation, which comprises or consists of acrylic acid copolymer, and, c) on the intermediate layer, a layer made of a crosslinked, adhesive silicone gel.
An interlayer film for laminated glass comprising a first layer having a glass transition temperature of lower than or equal to 30 °C and including a polyvinyl acetal resin, a plasticizer, a hindered amine light stabilizer and an oxidation inhibitor containing phosphorus and having a molecular weight of greater than or equal to 200 and less than or equal to 1500, a second layer being arranged on a first surface side of the first layer and including a polyvinyl acetal resin and a plasticizer, and a third layer being arranged on a second surface side opposite to the first surface side of the first layer and including a polyvinyl acetal resin and a plasticizer.
Medical device, in particular for subcutaneous insertion of a sensor or an infusion set, comprising a cannula having an elongated hollow shaft and a sharp tip provided at a distal end of the shaft, wherein the shaft is formed as a bent part from a sheet material and confines an interior passage which has a lateral slit opening, characterized in that the shaft has at least one longitudinal pre-bending channel provided in the sheet material, wherein the thickness of the sheet material is reduced along the pre-bending channel and a sidewall of the shaft is folded over the pre-bending channel.
Receiver, in particular an implantable receiver for transmitting energy to an implant, with - a multi-layer circuit board comprising a plurality of electrically conductive layers, - wherein the circuit board comprises an outer coil area and a multi-layer inner area enclosed by the coil area, - a coil which is integrally received at least partially in the layers of the circuit board in the coil area, - wherein the number of the layers of the circuit board is smaller within this inner area than in the coil area. - a multi-layer circuit board comprising a plurality of electrically conductive layers, - wherein the circuit board comprises an outer coil area and a multi-layer inner area enclosed by the coil area, - a coil which is integrally received at least partially in the layers of the circuit board in the coil area, - wherein the number of the layers of the circuit board is smaller within this inner area than in the coil area.
A display module comprising: a display panel configured to display an image, wherein the display panel is bendable; a light guide plate which guides light toward the display panel; and a guide unit which guides the light guide plate to be bent to a curved surface and to be maintained in a state of the curved surface, wherein the guide unit comprises a shape of the curved surface in which both ends of the guide unit protrude forward relative to a center portion of the guide unit, characterized in that the guide unit is provided at at least one from among an upper side and a lower side of the light guide plate to contact and to support a front surface and a rear surface of the light guide plate. a display panel configured to display an image, wherein the display panel is bendable; a light guide plate which guides light toward the display panel; and a guide unit which guides the light guide plate to be bent to a curved surface and to be maintained in a state of the curved surface, wherein the guide unit comprises a shape of the curved surface in which both ends of the guide unit protrude forward relative to a center portion of the guide unit, characterized in that the guide unit is provided at at least one from among an upper side and a lower side of the light guide plate to contact and to support a front surface and a rear surface of the light guide plate.
A method for controlling voltage on a distribution feeder, the distribution feeder including a plurality of capacitor banks (102a-102n) associated with the distribution feeder, the plurality of capacitor banks (12a-102n) including a first capacitor bank and a second capacitor bank, the first capacitor bank being configured to connect to the distribution feeder when a first voltage is below a first lower threshold value and to disconnect from the distribution feeder when the first voltage is above a first upper threshold value, the first upper threshold value and first lower threshold value being determined based on an operational set point of the first capacitor bank, the method comprising: determining at a computing device the operational state of the first and second capacitor banks; measuring the first voltage with a voltage sensor associated with the first capacitor bank; determining whether the first capacitor bank should be connected to or disconnected from the distribution feeder; and characterized by sending a first instruction to the first capacitor bank, the first instruction causing the first capacitor bank to vary its operational set point. determining at a computing device the operational state of the first and second capacitor banks; measuring the first voltage with a voltage sensor associated with the first capacitor bank; determining whether the first capacitor bank should be connected to or disconnected from the distribution feeder; and characterized by sending a first instruction to the first capacitor bank, the first instruction causing the first capacitor bank to vary its operational set point.
Microfluidic device (1, 11, 21, 51, 61, 71, 81, 91) having an electronic component (3, 13, 23, 53, 63, 73, 83, 93) and a spring element (4, 14, 24, 54, 64, 74, 84, 94) for securing the electronic component (3, 13, 23, 53, 63, 73, 83, 93) in or to the microfluidic device (1, 11, 21, 51, 61, 71, 81, 91) by way of a spring force of the spring element (4, 14, 24, 54, 64, 74, 84, 94), characterized in that the microfluidic device (1, 11, 21, 51, 61, 71, 81, 91) has a first layer (2, 12, 22, 52, 62, 72, 82, 92) and a second layer (7, 17, 27, 67, 97), in that the first layer (2, 12, 22, 52, 62, 72, 82, 92) is arranged over the second layer (7, 17, 27, 67, 97), in that the second layer (7, 17, 27, 67, 97) has an inlet for a channel (5, 15, 25, 65, 95), in that the first layer (2, 12, 22, 52, 62, 72, 82, 92) has a clearance with an opening to the channel (5, 15, 25, 65, 95), the electronic component (3, 13, 23, 53, 63, 73, 83, 93) being arranged in the clearance, and in that the spring element (4, 14, 24, 54, 64, 74, 84, 94) is structured from the first layer (2, 12, 22, 52, 62, 72, 82, 92).
Optic for a LED chip in particular of COB type, said optic comprises a second element realized with a optical transparent material and having a first proximal end and a second distal end, a second external exit surface which is positioned in proximity of said second distal end, a first external lateral total internal reflection surface which is positioned between said first proximal end and said second distal end and which is able to redirect and re-distribute a luminous flux produced by said LED chip towards said second external exit surface, further said second element comprises a blind internal cavity realized in proximity of said first proximal end, which extends internally to said second element substantially along a longitudinal direction towards said second external exit surface for permitting the housing of said LED chip, wherein said optic comprises a first element substantially disc shaped, in particular having a central hole, which extends externally with respect to said second element in an orthogonal direction with respect to said longitudinal direction, characterized in that said first element and said second element are made mutually integral in just one single piece through injection moulding with an optic grade transparent silicone elastomer, furthermore said first element is compressible independently respect to said second element for making waterproof said LED chip and in particular also an electronic board by avoiding at the same time an undesirable modification in the optical properties of said second element and by avoiding at the same time the need of a gasket.
A printing system comprising: a printhead module that includes a printhead and a regulator chamber (118, 118A), the chamber (118, 118A) containing ink and a regulator air bag, wherein the air bag and the printhead are in fluid communication with the ink and the printhead includes a plurality of ejection nozzles; characterized by a pressure source to inflate the air bag thereby displacing an amount of ink sufficient to agitate menisci in the nozzles without pushing ink out of the nozzles. a printhead module that includes a printhead and a regulator chamber (118, 118A), the chamber (118, 118A) containing ink and a regulator air bag, wherein the air bag and the printhead are in fluid communication with the ink and the printhead includes a plurality of ejection nozzles; characterized by a pressure source to inflate the air bag thereby displacing an amount of ink sufficient to agitate menisci in the nozzles without pushing ink out of the nozzles.
A cutting process on a surface of a workpiece with a cutting tool including - a rake face provided with first and second cutting edges (11; 39, 13; 40; 45; 51), the cutting tool being moved relative to the surface-to-be-cut with the first and second cutting edges (11; 39, 13; 40; 45; 51) cutting thereinto to thereby perform the cutting process, wherein - the first cutting edge (11; 39) is positioned ahead of the second cutting edge (13; 40; 45; 51) in a cutting direction of the cutting tool to provide the rake face with a feed-direction rake-angle, and - the cutting tool is fed in a feed direction (y) from a side of the second cutting edge (13; 40; 45; 51) to a side of the first cutting edge (11; 39), characterized in that - the rake face is inclined rearward in the feed direction (y) of the cutting tool such that a chip departing from the surface being cut interfers with and breaks a portion of the surface being cut located rearward in the feed direction (y) to thereby form a rough surface, and - the rake face is inclined such that a portion of the rake face closer to a tip end of the rake face in a cutting-in direction (x) is positioned forward in the cutting direction (z). - a rake face provided with first and second cutting edges (11; 39, 13; 40; 45; 51), the cutting tool being moved relative to the surface-to-be-cut with the first and second cutting edges (11; 39, 13; 40; 45; 51) cutting thereinto to thereby perform the cutting process, wherein - the first cutting edge (11; 39) is positioned ahead of the second cutting edge (13; 40; 45; 51) in a cutting direction of the cutting tool to provide the rake face with a feed-direction rake-angle, and - the cutting tool is fed in a feed direction (y) from a side of the second cutting edge (13; 40; 45; 51) to a side of the first cutting edge (11; 39), characterized in that - the rake face is inclined rearward in the feed direction (y) of the cutting tool such that a chip departing from the surface being cut interfers with and breaks a portion of the surface being cut located rearward in the feed direction (y) to thereby form a rough surface, and - the rake face is inclined such that a portion of the rake face closer to a tip end of the rake face in a cutting-in direction (x) is positioned forward in the cutting direction (z).
An oral care composition comprising an effective concentration of a PRG4 polypeptide or a functional fragment thereof suspended in an orally acceptable solution, for use in a method for: (a) treating periodontal disease in an individual comprising administering to an oral cavity of said individual a therapeutically effective amount of said composition; (b) treating dental caries in an individual comprising administering to an oral cavity or teeth of said individual a therapeutically effective amount of said composition; or (c) preventing the build-up of plaque in an individual comprising administering to an oral cavity or teeth of said individual a therapeutically effective amount of said composition.
An operation method of a memory controller which is configured to control a memory device, the method comprising: storing write data in a first area of the memory device; extracting first error position information indicating a position of at least one error included in data stored in the first area, wherein the extracting comprises reading stored data from the first area and generating the first error position information based on the at least one error within the read stored data; storing the first error position information in a second area of the memory device; reading read data from the first area of the memory device; determining whether the read data includes an error that exceeds an error correction capacity of a soft decision decoding operation; and in response to determining that the read data includes an error that exceeds the error correction capacity of the soft decision decoding operation: reading the first error position information from the second area of the memory device; refining the read data by inverting a bit value corresponding to the error position information from among bit values of the read data to generate refined data; performing soft decision decoding based on the refined data to generate corrected data; and outputting the corrected data. storing write data in a first area of the memory device; extracting first error position information indicating a position of at least one error included in data stored in the first area, wherein the extracting comprises reading stored data from the first area and generating the first error position information based on the at least one error within the read stored data; storing the first error position information in a second area of the memory device; reading read data from the first area of the memory device; determining whether the read data includes an error that exceeds an error correction capacity of a soft decision decoding operation; and in response to determining that the read data includes an error that exceeds the error correction capacity of the soft decision decoding operation: reading the first error position information from the second area of the memory device; refining the read data by inverting a bit value corresponding to the error position information from among bit values of the read data to generate refined data; performing soft decision decoding based on the refined data to generate corrected data; and outputting the corrected data. reading the first error position information from the second area of the memory device; refining the read data by inverting a bit value corresponding to the error position information from among bit values of the read data to generate refined data; performing soft decision decoding based on the refined data to generate corrected data; and outputting the corrected data.
A device (100, 200, 300, 400) for removing dead hair from a skin of a dog, comprising - means for removing (202, 302) dead hair from the skin of the dog, and - means for attaching (102, 204, 304) the device to a suctioning means, wherein the means for removing dead hair comprises - a base (206, 306) comprising an endless mat (208, 308) arranged to move along a first pre-determined trajectory, - a gripping part (212, 312, 412) arranged to move along a second pre-determined trajectory (214, 232, 314, 414) by movement means (218, 318, 418), and - a removable means for guiding hair of the dog between the base and the gripping part, wherein the first pre-determined trajectory has a first portion that is parallel to a second portion of the second pre-determined trajectory, the first portion having a length that is at most 50% of the length of the first pre-determined trajectory and the second portion having a length that is at most 50% of the length of the second pre-determined trajectory, characterized in that the means for removing dead hair further comprises means for adjusting (230, 330) a distance between the base and the gripping part along the first portion and the second portion. - means for removing (202, 302) dead hair from the skin of the dog, and - means for attaching (102, 204, 304) the device to a suctioning means, wherein the means for removing dead hair comprises - a base (206, 306) comprising an endless mat (208, 308) arranged to move along a first pre-determined trajectory, - a gripping part (212, 312, 412) arranged to move along a second pre-determined trajectory (214, 232, 314, 414) by movement means (218, 318, 418), and - a removable means for guiding hair of the dog between the base and the gripping part, wherein the first pre-determined trajectory has a first portion that is parallel to a second portion of the second pre-determined trajectory, the first portion having a length that is at most 50% of the length of the first pre-determined trajectory and the second portion having a length that is at most 50% of the length of the second pre-determined trajectory, characterized in that the means for removing dead hair further comprises means for adjusting (230, 330) a distance between the base and the gripping part along the first portion and the second portion. - a base (206, 306) comprising an endless mat (208, 308) arranged to move along a first pre-determined trajectory, - a gripping part (212, 312, 412) arranged to move along a second pre-determined trajectory (214, 232, 314, 414) by movement means (218, 318, 418), and - a removable means for guiding hair of the dog between the base and the gripping part,
Control apparatus for a conveying apparatus, comprising one or more image-generating apparatuses for generating at least one image which depicts at least a portion of the conveying apparatus, a workpiece to be conveyed, and/or a workpiece support, and an evaluation apparatus by means of which information about a relative position between at least one first element of the conveying apparatus, the workpiece, or the workpiece support and at least one second element of the conveying apparatus, the workpiece, or the workpiece support is determinable from the at least one image, wherein at least one of the elements (146, 148), the relative position of which is determinable, is a coupling element for producing a mechanical coupling between the conveying apparatus and the workpiece, between the conveying apparatus and the workpiece support, or between the workpiece support and the workpiece, characterized in that a first difference between an actual position of a first element of the conveying apparatus, the workpiece, or the workpiece support and a desired position of the first element is determinable by means of the evaluation apparatus, in that a second difference between the actual position of a second element of the conveying apparatus, the workpiece, or the workpiece support and a desired position of the second element is determinable by means of the evaluation apparatus, in that an actual distance between the first element and the second element is determinable from the first difference and the second difference by means of the evaluation apparatus, and in that the actual distance between the first element and the second element is comparable with a desired distance by means of the evaluation apparatus.