mhurhangee/patent-ind-claim-en huggingface dataset:
An end plate assembly of a battery module, the end plate assembly comprises an end plate and an energy absorbing component , wherein the energy absorbing component is configured to be arranged between the end plate and a battery in the battery module and comprises a stress bearing plate and a plurality of bending plates , the plurality of bending plates and the stress bearing plate are connected with each other, characterized in that , one end of the energy absorbing component is connected with the end plate through the stress bearing plate , and the other end of the energy absorbing component is configured to abut with the battery through the stress bearing plate , wherein the energy absorbing component comprises a plurality of stress bearing plates , the plurality of stress bearing plates is arranged parallel to each other, wherein the plurality of bending plates is arranged between each two adjacent stress bearing plates , the plurality of bending plates is spaced from each other, and the plurality of bending plates is deformable when bearing an external force, and wherein each of the plurality of bending plates comprises a first flat plate and a second flat plate , one end of the first flat plate and one end of the second flat plate are connected with each other to form a V-shaped structure, the other end of the first flat plate and the other end of the second flat plate are respectively connected with an adjacent stress bearing plate .
A rechargeable battery comprising: a case in which an electrode assembly is accommodated in an inner space, and in which one side is opened; a cap plate arranged to close and seal one surface of the case ; and a welding bead part formed along a circumference of the cap plate and formed at a contact surface (C) of the case and the cap plate, wherein the welding bead part includes a first region and a second region on a cross-section vertical to a welding progressing direction of the welding bead part, the first region has a first boundary line on the cross-section, a contact surface is disposed between both end parts of the first boundary line, the second region has a second boundary line on the cross-section, the first region is disposed between both end parts of the second boundary line to form a first contact point and a second contact point in contact with the first boundary line, the first region has a deeper depth than the second region, and the second region has a wider width than the first region. a case in which an electrode assembly is accommodated in an inner space, and in which one side is opened; a cap plate arranged to close and seal one surface of the case ; and a welding bead part formed along a circumference of the cap plate and formed at a contact surface (C) of the case and the cap plate, wherein the welding bead part includes a first region and a second region on a cross-section vertical to a welding progressing direction of the welding bead part, the first region has a first boundary line on the cross-section, a contact surface is disposed between both end parts of the first boundary line, the second region has a second boundary line on the cross-section, the first region is disposed between both end parts of the second boundary line to form a first contact point and a second contact point in contact with the first boundary line, the first region has a deeper depth than the second region, and the second region has a wider width than the first region.
A tire insert for a vehicle wheel suitable for being inserted into an inner annular cavity which results between the tire and a rim of the vehicle wheel , said tire insert comprising an annular element made in one piece and of polymer material and suitable for coming at least partially into contact with the rim of the wheel , wherein said annular element comprises a base portion , suitable for being accommodated in a rim seat of the wheel rim and an enlarged portion , having a larger section than the base portion , wherein said enlarged portion comprises an outer enlarged portion surface of convex shape and suitable for facing towards an inner tire side , and wherein said enlarged portion is shaped to have such shape and size that said enlarged portion always remains spaced apart from the inner tire side when the tire is inflated to a predetermined standard working pressure of the tire and such that, instead, when the tire is deflated or when the tire has a pressure much less than the predetermined working pressure, the enlarged portion comes into contact with the tire to support it during the movement of the wheel, said tire insert being characterized in that it is entirely made of expanded ethylene vinyl acetate (EVA). wherein said enlarged portion comprises an outer enlarged portion surface of convex shape and suitable for facing towards an inner tire side , and wherein said enlarged portion is shaped to have such shape and size that said enlarged portion always remains spaced apart from the inner tire side when the tire is inflated to a predetermined standard working pressure of the tire and such that, instead, when the tire is deflated or when the tire has a pressure much less than the predetermined working pressure, the enlarged portion comes into contact with the tire to support it during the movement of the wheel, said tire insert being characterized in that it is entirely made of expanded ethylene vinyl acetate (EVA).
A white ink comprising a hollow resin particle; one or more first organic solvents comprising at least one of 1,2-propane diol, 1,3-propane diol, 1,2-butane diol, 1,3-butane diol, isoprene glycol, glycerin and an oxetane compound; an acrylic silicone-based resin having a glass transition temperature of 30 degrees C or lower; a surfactant; and water, wherein luminosity (L*) of each of a first dried film having a thickness of 2.2 - 2.8 μm prepared by drying the white ink at 70 degrees C and a second dried film having a thickness of 2.2 - 2.8 μm prepared by drying the white ink at 90 degrees C is 50 or greater and wherein a decrease ratio of the luminosity (L*) of the second dried film to the first dried film is 10 percent or less, wherein luminosity is measured using a pectrophotometric densitometer with a drying time of 60 seconds; wherein the glass transition temperature is measured by differential scanning calorimetry; and wherein dynamic surface tension of the white ink is 18 - 21 mN/m at a bubble life time of 1,500 msec, as measured by a maximum bubble pressure technique at 25.0 degrees C using a dynamic surface tensiometer.
A method for enhancing the bioavailability of a hydrophobic drug in a sample suspected of containing a hydrophobic drug, the method comprising: (a) providing in combination in a medium: (i) the sample wherein the sample is from a biological fluid or a biological tissue and wherein the sample has not been treated to remove lipoproteins and (ii) a bioavailability agent for the hydrophobic drug, wherein the bioavailability agent is the detergent Polyoxyethylene isooctylphenyl ether and wherein the concentration of the bioavailability agent in the medium is sufficient to enhance the bioavailability of the hydrophobic drug by reducing interference from cholesterol and triglycerides, wherein the concentration of the bioavailability agent is about 0.01% to about 0.2%. and (b) incubating the medium, wherein the incubation period is about 1 second to about 60 minutes and the temperature during the incubation is about 10°C to about 45°C,. (a) providing in combination in a medium: (i) the sample wherein the sample is from a biological fluid or a biological tissue and wherein the sample has not been treated to remove lipoproteins and (ii) a bioavailability agent for the hydrophobic drug, wherein the bioavailability agent is the detergent Polyoxyethylene isooctylphenyl ether and wherein the concentration of the bioavailability agent in the medium is sufficient to enhance the bioavailability of the hydrophobic drug by reducing interference from cholesterol and triglycerides, wherein the concentration of the bioavailability agent is about 0.01% to about 0.2%. and (i) the sample wherein the sample is from a biological fluid or a biological tissue and wherein the sample has not been treated to remove lipoproteins and (ii) a bioavailability agent for the hydrophobic drug, wherein the bioavailability agent is the detergent Polyoxyethylene isooctylphenyl ether and wherein the concentration of the bioavailability agent in the medium is sufficient to enhance the bioavailability of the hydrophobic drug by reducing interference from cholesterol and triglycerides, wherein the concentration of the bioavailability agent is about 0.01% to about 0.2%. and (b) incubating the medium, wherein the incubation period is about 1 second to about 60 minutes and the temperature during the incubation is about 10°C to about 45°C,.
Method for producing a module comprising a plurality of components, characterized in that a first component having a picture element is provided, the picture element being in particular a symbol or a display, in that the first component , which has a first side and a second side , is formed in a first tool part and a second tool part which is located in a first position, in that the material for the first component is essentially opaque, in that the first tool part is designed in such a way that at least one opening is located in the first component between the first side and the second side of the first component , in that the opening forms the image element , in that the second tool part can be moved from the first position into a second position, forming a cavity at a distance from the second side of the first component , in that subsequently a second component is formed in the cavity as a layer adjacent to the second side of the first component , the opening being stabilised by the first tool part , in that the material for the second component is substantially partially translucent, in that the first tool part is then substituted by a third tool part to form a cavity at a distance from the first side of the first component , in that a third component is then formed in the cavity as a layer adjacent to the first side of the first component and filling the aperture and adjacent to the second component in the region of the aperture , in that the material for the third component is essentially transparent to light, and in that , if appropriate, a fourth component is formed in such a way that the fourth component forms a wear-resistant layer, in particular an anti-scratch layer, adjacent to the third component .
Eyeglass joint for an eyeglass frame with a first joint part assigned to a rim of the eyeglass frame, and a second joint part assigned to an eyeglass temple of the eyeglass frame, wherein the joint parts are movably connected to each other by means of at least one spring element , wherein the spring element has a closed ring shape and is rubber-elastic, wherein both joint parts each comprise a cone-shaped and/or hook-shaped retaining element , around which the spring element is at least portion-wise looped, wherein the respective retaining elements are formed as one piece and/or integrally with the respective joint parts , wherein one of the joint parts comprises a receiving portion on which a corresponding rolling portion of the other one of the joint parts rolls and/or slides during a joint movement, and wherein the receiving portion and/or the rolling portion each comprise at least two support surfaces which are at an angle of between 75° and 105° to one another, wherein the first joint part and the second joint part comprise at least one recess in which the spring element and/or the respective retaining element are at least partially arranged.
An epoxy curing agent comprising at least one room temperature ionic liquid salt, the room temperature ionic liquid salt being a reaction product of: (a) at least one polyalkylene polyamine compound represented by formula (I): wherein x, y, and z are integers of 2 and 3, m and n are integers of 1-3; and (b) an organic acid having pKa less than 6. (a) at least one polyalkylene polyamine compound represented by formula (I): wherein x, y, and z are integers of 2 and 3, m and n are integers of 1-3; and (b) an organic acid having pKa less than 6.
Tyre with a maximum axial width LT, intended to be mounted on a mounting rim, comprising: • two beads, intended to come into contact with the mounting rim, a crown comprising a tread intended to be in contact with the ground, two sidewalls connecting the crown to the beads, • the tread , asymmetric about the equatorial plane, delimiting two axial edges of the tread, one of which edges is intended to be positioned on the outboard side of a vehicle on which the mounting rim is fixed, • an inner liner of the crown which is radially furthest on the inside of the crown, • an electronic device , characterized in that the electronic device is installed in the tyre under the crown, radially on the inside of the inner liner of the crown, on the side of the axial edge of the tread that is intended to be positioned on the outboard side of the vehicle with respect to the equatorial plane. • two beads, intended to come into contact with the mounting rim, a crown comprising a tread intended to be in contact with the ground, two sidewalls connecting the crown to the beads, • the tread , asymmetric about the equatorial plane, delimiting two axial edges of the tread, one of which edges is intended to be positioned on the outboard side of a vehicle on which the mounting rim is fixed, • an inner liner of the crown which is radially furthest on the inside of the crown, • an electronic device ,
A method of detecting a temperature sensor failure in a turbine system, the method comprising obtaining individual measurement values from each temperature sensor in a group of temperature sensors, all temperature sensors belonging to the group of temperature sensors are arranged at similar positions within the turbine system, calculating a characteristic value for each temperature sensor in the group based on the measurement values for the corresponding temperature sensor, selecting a first characteristic value among the calculated characteristic values, determining a first maximum value as the maximum of the characteristic values except for the first characteristic value, and determining that the temperature sensor corresponding to the first characteristic value is defective if the first characteristic value is larger than the first maximum value multiplied by a predetermined factor, selecting a second characteristic value among the calculated characteristic values, determining a second maximum value as the maximum of the characteristic values except for the second characteristic value, and determining that the temperature sensor corresponding to the second characteristic value is defective if the second characteristic value is larger than the second maximum value multiplied by the predetermined factor.
An apparatus for decoding of modulated symbols or compensating channel frequency response of the modulated symbols based on trellis equalization, wherein a modulation scheme of the modulated symbols is based on a member selected from the group consisting of: Quadrature Phase Shift Keying, QPSK, 8 Quadrature Amplitude Modulation, QAM, and 16QAM, the apparatus comprising: a processor configured to: identify a best path for a certain trellis stage of a main trellis of a received modulated symbol; identify a hard decision constellation point of the main trellis by performing a traceback according to the best path; select neighboring constellation points of the hard decision constellation point, wherein the number of identified selected neighboring constellation point is equal to the number of bits per modulated symbol; compute a respective secondary trellis for each selected neighboring constellation points that differ from the hard decision constellation point by one bit; compute a LLR for each respective bit of the received modulated symbol by calculating using each respective secondary trellis, the difference between the best path metric of the received modulated symbol and the respective secondary trellis of the respective bit; and provide, the computed LLR to a forward error correction , FEC, decoder for decoding the received modulated symbol. identify a best path for a certain trellis stage of a main trellis of a received modulated symbol; identify a hard decision constellation point of the main trellis by performing a traceback according to the best path; select neighboring constellation points of the hard decision constellation point, wherein the number of identified selected neighboring constellation point is equal to the number of bits per modulated symbol; compute a respective secondary trellis for each selected neighboring constellation points that differ from the hard decision constellation point by one bit; compute a LLR for each respective bit of the received modulated symbol by calculating using each respective secondary trellis, the difference between the best path metric of the received modulated symbol and the respective secondary trellis of the respective bit; and provide, the computed LLR to a forward error correction , FEC, decoder for decoding the received modulated symbol.
A lower-side spring receiving member adapted to receive a compression spring at a lower side of the compression spring, the compression spring having an effective part , end turn parts which do not elastically deform, and rising parts located between the effective part and the end turn parts, the lower-side spring receiving member comprising: a contact part that is formed to protrude outward from one end in an extending direction of the lower-side spring receiving member , and adapted to be in contact with the rising part so as not to form a gap between the contact part and the rising part, wherein the contact part being in contact with the rising part by elastic force caused by elastic deformation of the compression spring , regardless of a load on the compression spring; and a load receiving part (13J, 23s2) that is formed into a shape protruding outward on an opposite side of the contact part at the end of one side in the extending direction of the lower-side spring receiving member , and adapted to receive a spring load on the compression spring , characterised in that the load receiving part (13J, 23s2) is formed to protrude outward more than the contact part in a winding direction of the compression spring when viewed in an axial direction of the compression spring. a contact part that is formed to protrude outward from one end in an extending direction of the lower-side spring receiving member , and adapted to be in contact with the rising part so as not to form a gap between the contact part and the rising part, wherein the contact part being in contact with the rising part by elastic force caused by elastic deformation of the compression spring , regardless of a load on the compression spring; and a load receiving part (13J, 23s2) that is formed into a shape protruding outward on an opposite side of the contact part at the end of one side in the extending direction of the lower-side spring receiving member , and adapted to receive a spring load on the compression spring , characterised in that the load receiving part (13J, 23s2) is formed to protrude outward more than the contact part in a winding direction of the compression spring when viewed in an axial direction of the compression spring.
Timepiece mechanism comprising a star and a jumper spring comprising a rigid element (33; 83; 133; 233; 333) having a protrusion (35; 85) arranged to cooperate with the star, and at least one elastic portion (37a, 37b; 87; 137a, 137b; 237a, 237b; 337a, 337b) arranged to surround the star (17; 67; 117; 217; 317) at least partially, further comprising a support (15; 65; 115) on which the jumper spring (31; 81; 131; 231; 331) is movably mounted, the support comprising a bearing structure arranged to constrain the jumper spring by retaining the at least one elastic portion so that the rigid element is biased against the star, and comprising guide means arranged to allow the rigid element (33; 83; 133; 233; 333) to be raised by one of the teeth of the star (17; 67; 117; 217; 317) and then to fall between two teeth thereof; characterised in that said at least one elastic portion is formed by an elastic arm (37a, 37b; 87; 137a, 137b; 237a, 237b; 337a, 337b) fixedly attached to the rigid element (33; 83; 133; 233; 333) by one of its ends, named proximal end, in that the bearing structure comprises at least one stop (45, 46; 95) against which the distal end of the elastic arm (37a, 37b; 87; 137a, 137b; 237a, 237b; 337a, 337b) comes to bear, and in that the guide means are formed by a plurality of straight and parallel slides (39, 40, 41a, 41b; 89, 90, 91, 92; 141a, 141b, 142a, 142b; 239, 240, 241a, 241b; 339, 340) which are arranged to allow the rigid element (33; 83; 133; 233; 333) to be displaced in translation parallel to a specified direction relative to the support .
A method in a first access node for communicating in a mobile network , wherein the first access node is connected via a first connection to a user equipment and controls a data transmission for the user equipment , wherein the data transmission is assisted by a second access node which is connected to the user equipment via a second connection, the method comprising: - receiving , from the user equipment , a failure notification indication indicative of a failure of the second connection and a failure reason related to an expiration of a timer with the timer being started after a predetermined number of counter fulfillments of a condition and the timer being stopped after a predetermined number of counter fulfillments of another condition, and - adapting the mobile network based on the received failure notification indication. - receiving , from the user equipment , a failure notification indication indicative of a failure of the second connection and a failure reason related to an expiration of a timer with the timer being started after a predetermined number of counter fulfillments of a condition and the timer being stopped after a predetermined number of counter fulfillments of another condition, and - adapting the mobile network based on the received failure notification indication.
A method for melt-spinning, drawing, crimping, and winding a plurality of threads, in which method the threads from a plurality of spinning nozzles are spun beside one another, on at least one godet unit are collectively guided as a thread skein, are drawn, and for crimping are subsequently guided beside one another to a plurality of texturing apparatuses, characterized in that the threads in a singularized manner and having a plurality of wrappings are guided beside one another on the godet unit, and in which method the threads after running off from the godet unit are guided into the texturing apparatuses in a straight thread run so as to be in parallel beside one another.