mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; and a module frame for housing the battery cell stack , wherein a heat conductive resin layer is formed on the bottom surface of the module frame, wherein the heat conductive resin layer comprises a first heat conductive resin layer and a second heat conductive resin layer , wherein the first heat conductive resin layer is formed adjacent to the front surface of the battery cell stack , and the second heat conductive resin layer is formed adjacent to the rear surface of the battery cell stack , and wherein at least a part of the first heat conductive resin layer and at least a part of the second heat conductive resin layer are spaced apart from each other, wherein a first distance spaced apart between the first heat conductive resin layer and the second heat conductive resin layer differ depending on a position on the bottom surface of the module frame , the first distance increasing from the center of the bottom surface of the module frame toward the outside, wherein the first heat conductive resin layer and the second heat conductive resin layer formed at a position corresponding to the center of the bottom surface of the module frame are spaced apart from each other. a battery cell stack in which a plurality of battery cells are stacked; and a module frame for housing the battery cell stack , wherein a heat conductive resin layer is formed on the bottom surface of the module frame, wherein the heat conductive resin layer comprises a first heat conductive resin layer and a second heat conductive resin layer , wherein the first heat conductive resin layer is formed adjacent to the front surface of the battery cell stack , and the second heat conductive resin layer is formed adjacent to the rear surface of the battery cell stack , and wherein at least a part of the first heat conductive resin layer and at least a part of the second heat conductive resin layer are spaced apart from each other, wherein a first distance spaced apart between the first heat conductive resin layer and the second heat conductive resin layer differ depending on a position on the bottom surface of the module frame , the first distance increasing from the center of the bottom surface of the module frame toward the outside, wherein the first heat conductive resin layer and the second heat conductive resin layer formed at a position corresponding to the center of the bottom surface of the module frame are spaced apart from each other.
An image filtering device for receiving a deblocked decoded image and adding an offset to a pixel value of each pixel of a unit area of the deblocked decoded image which is constituted by a plurality of unit areas, comprising: an offset attribute setting unit configured to set an offset value range in accordance with an offset bit depth SAO_DEPTH, wherein the SAO_DEPTH is set by referring to coded data, and wherein a maximum bit length representing the offset value range is equal to SAO_DEPTH - K and the value of K is equal to 4; an offset decoding unit configured to decode an offset which is restricted to the offset value range and associated to one of a plurality of offset classes; a calculating means for determining the sign of a difference value between a pixel value of a subject pixel of the unit area and each of pixel values of two pixels which are adjacent to the subject pixel; classifying means for classifying the subject pixel as one of a plurality of offset classes in accordance with the sign of the difference value calculated by the calculating means when an offset type is an edge offset type; and a filtering unit configured to add the offset associated with the offset class of the subject pixel classified by the classifying means to the pixel value of the subject pixel of the unit area of the deblocked decoded image. an offset attribute setting unit configured to set an offset value range in accordance with an offset bit depth SAO_DEPTH, wherein the SAO_DEPTH is set by referring to coded data, and wherein a maximum bit length representing the offset value range is equal to SAO_DEPTH - K and the value of K is equal to 4; an offset decoding unit configured to decode an offset which is restricted to the offset value range and associated to one of a plurality of offset classes; a calculating means for determining the sign of a difference value between a pixel value of a subject pixel of the unit area and each of pixel values of two pixels which are adjacent to the subject pixel; classifying means for classifying the subject pixel as one of a plurality of offset classes in accordance with the sign of the difference value calculated by the calculating means when an offset type is an edge offset type; and a filtering unit configured to add the offset associated with the offset class of the subject pixel classified by the classifying means to the pixel value of the subject pixel of the unit area of the deblocked decoded image.
Assembly (E) for fastening and arranging a battery for supplying electrical energy on board a motor vehicle, said assembly (E) having: - a horizontal battery support having a receiving face for receiving the battery, - a housing of the battery having: an outer bearing face that rests on the receiving face of the battery support ; and an outer lateral face , which is orthogonal to said bearing face and is provided with a longitudinal fastening heel projecting from the lateral face , the lateral face having at least one notch , - a fastening flange having a longitudinal retaining portion that interacts with the heel in order to clamp said bearing face of the housing of the battery against said receiving face of the battery support , and - a clamping device for clamping the fastening flange , said clamping device being arranged so as to fasten the fastening flange to the battery support , characterized in that the fastening flange has a positioning and keying tab , which has dimensions that are complementary to those of said notch and which, when the battery and the fastening flange are in the correct relative position on the battery support , is received in said notch , the clamping device having at least one screw and a nut and the fastening flange comprising a central plate extending horizontally opposite the battery support , the central plate having a through-hole arranged so as to receive the screw in a vertical direction, the central plate having a first longitudinal edge having the retaining portion of the fastening flange and the positioning and keying tab having a first proximal section extending in the plane of the central plate projecting from the first edge . - a horizontal battery support having a receiving face for receiving the battery, - a housing of the battery having: an outer bearing face that rests on the receiving face of the battery support ; and an outer lateral face , which is orthogonal to said bearing face and is provided with a longitudinal fastening heel projecting from the lateral face , the lateral face having at least one notch , an outer bearing face that rests on the receiving face of the battery support ; and an outer lateral face , which is orthogonal to said bearing face and is provided with a longitudinal fastening heel projecting from the lateral face , the lateral face having at least one notch , - a fastening flange having a longitudinal retaining portion that interacts with the heel in order to clamp said bearing face of the housing of the battery against said receiving face of the battery support , and - a clamping device for clamping the fastening flange , said clamping device being arranged so as to fasten the fastening flange to the battery support ,
Method for producing a rubber composition which comprises a highly saturated diene elastomer, a reinforcing filler comprising a carbon black and a vulcanizing system comprising sulfur and a vulcanization accelerator, - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being greater than 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram polysulfide or a mixture of a thiuram polysulfide and a guanidine, which process comprises a step a) followed by a step b): a) mixing the highly saturated diene elastomer, the reinforcing filler and the secondary accelerator by kneading at a temperature above 110°C, in the absence of the sulfur and the primary accelerator, b) incorporating the sulfur and the primary accelerator into the rubber composition by kneading at a temperature below 110°C. - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being greater than 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram polysulfide or a mixture of a thiuram polysulfide and a guanidine, which process comprises a step a) followed by a step b): a) mixing the highly saturated diene elastomer, the reinforcing filler and the secondary accelerator by kneading at a temperature above 110°C, in the absence of the sulfur and the primary accelerator, b) incorporating the sulfur and the primary accelerator into the rubber composition by kneading at a temperature below 110°C. a) mixing the highly saturated diene elastomer, the reinforcing filler and the secondary accelerator by kneading at a temperature above 110°C, in the absence of the sulfur and the primary accelerator, b) incorporating the sulfur and the primary accelerator into the rubber composition by kneading at a temperature below 110°C.
Housing made of a first plastic, with a non-positively and/or positively connected insert having a through-opening for receiving a fastening means, the insert having a material which comprises at least one second plastic with at least a proportion of 30 to 90 percent by volume of granular and/or fibrous filler, the second plastic comprising polyetheretherketone (PEEK), the insert having a supporting surface for supporting connecting means.
A bicycle pedal with a cleat, where the pedal is provided with a contact surface with a groove whose axis is parallel to the pedal shaft axis and the cleat is provided with a tongue corresponding to the groove , wherein the tongue and the groove are rectangular in shape, the tongue is consisting of fixed pad and a layer of a flexible elastomer, characterised in that a transverse dimension of the flexible elastomer layer is further greater than or equal to a transverse dimension of the groove at points of contact of the layer with the groove .
Compressor module for compressing gas composed of a compressor element with a housing with integrated compressor element cooler ; a motor and a gas cooler for cooling the compressed gas originating from the compressor element , whereby the gas cooler comprises a primary section through which the gas to be cooled can be guided and a secondary section that is in heat-exchanging contact with the primary section ; that a first cooling circuit can guide a coolant through the secondary section of the gas cooler or through a section thereof and a second cooling circuit can guide a coolant through the compressor element cooler ; whereby the first cooling circuit and the second cooling circuit are joined together in series or in parallel and are guided to a common output ; characterised in that the motor comprises a housing with an integrated motor cooler ; and whereby the second cooling circuit can guide coolant through the motor cooler in series or in parallel to the compressor element .
A friction boiler apparatus using a centrifugal force and jet propulsion comprising: a spiral friction member for compressing a fluid by rotating the fluid to spirally flow, heating the fluid through frictional heat generated by a flow, and discharging the fluid; a heat exchange tank for storing a high-temperature fluid discharged from the spiral friction member , and heating a heating target fluid by allowing the high-temperature fluid to exchange heat with the heating target fluid; and a fluid pump for pumping the fluid stored in the heat exchange tank to supply the fluid to the spiral friction member ; characterized in that the spiral friction member comprises: a hollow shaft having a hollow tube shape, in which one of both longitudinal ends of the hollow shaft is connected to the fluid pump to receive the fluid of the heat exchange tank ; a rotary joint rotatably connecting the hollow shaft to the fluid pump ; a rotary motor coupled to an outer peripheral surface of the hollow shaft to rotate the hollow shaft ; a spiral disc having a cylindrical shape formed therein with a flow space for the fluid, and coupled to a remaining one of the both ends of the hollow shaft to rotate together with the hollow shaft , in which the flow space is partitioned by a spiral partition wall to guide the fluid supplied from the hollow shaft to an outer periphery of the flow space along the spiral partition wall to compress and heat the fluid by friction; and a jet nozzle provided at an outer periphery of the spiral disc to generate high-pressure propulsion for rotating the spiral disc by discharging the compressed fluid from the spiral disc . a spiral friction member for compressing a fluid by rotating the fluid to spirally flow, heating the fluid through frictional heat generated by a flow, and discharging the fluid; a heat exchange tank for storing a high-temperature fluid discharged from the spiral friction member , and heating a heating target fluid by allowing the high-temperature fluid to exchange heat with the heating target fluid; and a fluid pump for pumping the fluid stored in the heat exchange tank to supply the fluid to the spiral friction member ; a hollow shaft having a hollow tube shape, in which one of both longitudinal ends of the hollow shaft is connected to the fluid pump to receive the fluid of the heat exchange tank ; a rotary joint rotatably connecting the hollow shaft to the fluid pump ; a rotary motor coupled to an outer peripheral surface of the hollow shaft to rotate the hollow shaft ; a spiral disc having a cylindrical shape formed therein with a flow space for the fluid, and coupled to a remaining one of the both ends of the hollow shaft to rotate together with the hollow shaft , in which the flow space is partitioned by a spiral partition wall to guide the fluid supplied from the hollow shaft to an outer periphery of the flow space along the spiral partition wall to compress and heat the fluid by friction; and a jet nozzle provided at an outer periphery of the spiral disc to generate high-pressure propulsion for rotating the spiral disc by discharging the compressed fluid from the spiral disc .
An underwater laser cutting and decommissioning tool , the tool comprising: a. a laser tool body, configured to withstand underwater conditions and defining a longitudinal axis and comprising (i) a conveyance structure, comprising an optical fiber capable of transmitting high power laser energy; (ii) a conveyance termination section receiving and holding an end of the conveyance structure; and, (iii) an anchoring and positioning section , whereby the laser tool body axis may be positioned in a predetermined location relative to an axis of a tubular to be cut; (iv) a motor section ; (v) a laser cutting head section ; and (vi) a laser optics section; b. wherein the anchoring and positioning section comprises a packer; c. the laser cutting head section , comprising a laser beam exit; whereby the packer is configured to position the laser cutting head section in a predetermined location relative to an axis of a tubular to be cut; and d. the laser optics defining a laser beam path; wherein the motor section is configured to rotate the laser optics thereby rotating the laser beam path with respect to the tool body axis. a. a laser tool body, configured to withstand underwater conditions and defining a longitudinal axis and comprising (i) a conveyance structure, comprising an optical fiber capable of transmitting high power laser energy; (ii) a conveyance termination section receiving and holding an end of the conveyance structure; and, (iii) an anchoring and positioning section , whereby the laser tool body axis may be positioned in a predetermined location relative to an axis of a tubular to be cut; (iv) a motor section ; (v) a laser cutting head section ; and (vi) a laser optics section; (i) a conveyance structure, comprising an optical fiber capable of transmitting high power laser energy; (ii) a conveyance termination section receiving and holding an end of the conveyance structure; and, (iii) an anchoring and positioning section , whereby the laser tool body axis may be positioned in a predetermined location relative to an axis of a tubular to be cut; (iv) a motor section ; (v) a laser cutting head section ; and (vi) a laser optics section; b. wherein the anchoring and positioning section comprises a packer; c. the laser cutting head section , comprising a laser beam exit; whereby the packer is configured to position the laser cutting head section in a predetermined location relative to an axis of a tubular to be cut; and d. the laser optics defining a laser beam path; wherein the motor section is configured to rotate the laser optics thereby rotating the laser beam path with respect to the tool body axis.
An ion exchange system comprising: an ion exchange column for use in separating radionuclides from a liquid waste stream, the ion exchange column including a housing and ion exchange media for capturing radionuclides, the ion exchange media being positioned inside the housing ; and a hydrogen scavenging material and/or a hydrogen catalytic material positioned inside the housing , the hydrogen scavenging material being capable of removing hydrogen gas from the inside of the housing by: absorbing and/or adsorbing hydrogen gas inside the housing ; and/or chemically and/or physically bonding with hydrogen gas inside the housing , and the hydrogen catalytic material being capable of catalyzing the reaction of hydrogen gas and oxygen gas to form water and reducing the amount of hydrogen gas inside the housing , characterized in that : the ion exchange media is positioned in a first chamber and the hydrogen scavenging material and/or the hydrogen catalytic material is positioned in a second chamber that is separate from the first chamber; and the ion exchange system further comprises a sealing device that moves between a closed position where the first chamber is not in fluid communication with the second chamber and an open position where the first chamber is in fluid communication with the second chamber. an ion exchange column for use in separating radionuclides from a liquid waste stream, the ion exchange column including a housing and ion exchange media for capturing radionuclides, the ion exchange media being positioned inside the housing ; and a hydrogen scavenging material and/or a hydrogen catalytic material positioned inside the housing , the hydrogen scavenging material being capable of removing hydrogen gas from the inside of the housing by: absorbing and/or adsorbing hydrogen gas inside the housing ; and/or chemically and/or physically bonding with hydrogen gas inside the housing , and the hydrogen catalytic material being capable of catalyzing the reaction of hydrogen gas and oxygen gas to form water and reducing the amount of hydrogen gas inside the housing , characterized in that : the ion exchange media is positioned in a first chamber and the hydrogen scavenging material and/or the hydrogen catalytic material is positioned in a second chamber that is separate from the first chamber; and the ion exchange system further comprises a sealing device that moves between a closed position where the first chamber is not in fluid communication with the second chamber and an open position where the first chamber is in fluid communication with the second chamber. the ion exchange media is positioned in a first chamber and the hydrogen scavenging material and/or the hydrogen catalytic material is positioned in a second chamber that is separate from the first chamber; and the ion exchange system further comprises a sealing device that moves between a closed position where the first chamber is not in fluid communication with the second chamber and an open position where the first chamber is in fluid communication with the second chamber.
A lace guide comprising: a middle section including an internal channel curved at a first radius and dimensioned to receive a lace cable ; a first extension extending from a first end of the middle section defining a first incoming lace axis along at least a portion of the internal channel extending through the first extension , the first extension configured to receive the lace cable through a lace reception opening opposite the first end of the middle section ; and a second extension extending from a second end of the middle section defining a first outgoing lace axis along at least a portion of the internal channel extending through the second extension , the second extension configured to receive the lace cable from the middle section and route the lace cable through a lace exit opening along the first outgoing lace axis ; wherein the lace guide is configured to define a first route for a lace cable , the first route including receiving the lace cable along the first incoming lace axis and expelling the lace cable along the first outgoing lace axis ; wherein the lace guide comprises a variable modulus of elasticity shifting from a high modulus at an apex to a low modulus towards the ends of the first and second extension ; wherein the lace guide deflects, in response to tension on the lace cable , resulting in defining a second route for the lace cable , the second route including receiving the lace cable along a second incoming lace axis and expelling the lace cable along a second outgoing lace axis . a middle section including an internal channel curved at a first radius and dimensioned to receive a lace cable ; a first extension extending from a first end of the middle section defining a first incoming lace axis along at least a portion of the internal channel extending through the first extension , the first extension configured to receive the lace cable through a lace reception opening opposite the first end of the middle section ; and a second extension extending from a second end of the middle section defining a first outgoing lace axis along at least a portion of the internal channel extending through the second extension , the second extension configured to receive the lace cable from the middle section and route the lace cable through a lace exit opening along the first outgoing lace axis ; wherein the lace guide is configured to define a first route for a lace cable , the first route including receiving the lace cable along the first incoming lace axis and expelling the lace cable along the first outgoing lace axis ; wherein the lace guide comprises a variable modulus of elasticity shifting from a high modulus at an apex to a low modulus towards the ends of the first and second extension ; wherein the lace guide deflects, in response to tension on the lace cable , resulting in defining a second route for the lace cable , the second route including receiving the lace cable along a second incoming lace axis and expelling the lace cable along a second outgoing lace axis .