mhurhangee/ep-ind-claims huggingface dataset:
A curable composition, comprising: organic-inorganic composite particles, wherein each organic-inorganic composite particle comprises (A-1) an organic resin and (A-2) inorganic particles; said organic-inorganic composite particles having a structure in which (A-2) the inorganic particles are dispersed in (A-1) the organic resin, and in which (A-1) the organic resin and (A-2) the inorganic particles are composited with each other; a polymerizable monomer; a polymerization initiator; and inorganic particles, wherein a cured body formed by curing the curable composition includes: a matrix formed by curing all constituent components of the curable composition except for the organic-inorganic composite particles; and the organic-inorganic composite particles dispersed and contained in the cured body, wherein an elastic modulus M of the matrix is within a range of from 6.0 GPa to 30.0 GPa and is larger than an elastic modulus P of the organic-inorganic composite particles by 3.0 GPa or more, wherein (A-1) the organic resin comprises a cured body of (a-1) a polymerizable monomer having a molecular weight per polymerizable functional group contained in a molecule of from 230 to 1, 000, and wherein the polymerizable monomer has a molecular weight per polymerizable functional group contained in a molecule of from 100 to 210. organic-inorganic composite particles, wherein each organic-inorganic composite particle comprises (A-1) an organic resin and (A-2) inorganic particles; said organic-inorganic composite particles having a structure in which (A-2) the inorganic particles are dispersed in (A-1) the organic resin, and in which (A-1) the organic resin and (A-2) the inorganic particles are composited with each other; a polymerizable monomer; a polymerization initiator; and inorganic particles, the organic-inorganic composite particles dispersed and contained in the cured body,
Television decoding and receiving device equipped with a monolithic circuit comprising, inter alia, decrypting means, means having conditional access, demultiplexing means, and a microprocessor, characterised in that said monolithic circuit is intended to operate with a television device or a peripheral television monitor, said monolithic circuit comprising a switching matrix controlled by the microprocessor and designed to transmit different data flows of the MPEG type to different receiving or transmitting elements, or to receive such from these latter, said matrix comprising connections of the parallel type (Pi), in which case a multiple connection of the series type (Si1, Si2, Si3) is formed on the basis of a connection of the parallel type (Pi), the circuit being equipped with means intended to control the application of groups of signals of the serial type to the same conductors as designed for signals of the parallel type.
A paperboard sealing disc for use in a packaging container, said sealing disc being delimited by a sealing disc outer edge, said sealing disc comprising a peripheral edge portion surrounding a tear-open part, said sealing disc comprising a first side and a second side, said tear-open part being delimited from said peripheral edge portion by a first cutting line provided on said first side and by a second cutting line (5") provided on said second side, each of said first and said second cutting lines (5',5") extending only partly through the thickness of said sealing disc, said first cutting line being provided at a distance d1 from said sealing disc outer edge, and said second cutting line (5") being provided at a distance d2 from said sealing disc outer edge, said tear-open part furthermore comprising a push-tab and a pull-away part, said push-tab being at least partly delimited with respect to said pull-away part by a folding line, characterized in that said first cutting line intersects with said second cutting line (5") at a first and a second intersection (24,25), wherein d1>d2 at said push-tab and that d2>d1 at said pull-away part and wherein d1 at said push-tab is substantially the same as d2 at said pull-away part and d2 at said push-tab is substantially the same as d1 at said pull-away part, and further characterized in that said folding line is a slit provided on said first side or first layer of said sealing disc, said slit being formed by a portion of said first cutting line extending between said first and second intersections (24, 25) between said first cutting line and said second cutting line (5").
An air conditioner comprising an outdoor unit and an indoor unit, wherein the outdoor unit includes: an outdoor heat exchanger; a compressor and an outdoor fan both changeable in rotational speed; a temperature detector for detecting a temperature of the outdoor heat exchanger; and a temperature detector for detecting an outdoor temperature, while the indoor unit includes: an indoor heat exchanger; and an indoor fan changeable in rotational speed, whereby the air conditioner is enabled to execute a heating operation toward indoors and a defrosting operation toward the outdoor unit, characterized in that the air conditioner has a heating operation mode: that is, when the outdoor temperature reaches a predetermined first specified temperature or lower during a heating operation, the air conditioner stops the heating operation and goes to standby, in which state neither a heating operation nor a defrosting operation is executed, and thereafter, when the outdoor temperature reaches a temperature equal to or higher than a predetermined second specified temperature higher than the first specified temperature, the air conditioner executes a defrosting operation and subsequently resumes the heating operation.
A process for converting C 4 /C 5 light paraffins to higher boiling range paraffinic liquid hydrocarbons, comprising catalytically dehydrogenating a light paraffin in an endothermic reaction to form an olefinic reaction product; and supplying heat to the endothermic dehydrogenation reaction from at least one exothermic reaction in the same reactor to convert the olefin reaction products to heavier paraffins, the exothermic reaction being oligomerization of the olefin reaction product; wherein the process is carried out in a liquid slurry phase at a temperature in the range of 200 to 350 °C, a pressure of 2000 to 14000 kPag and a residence time of 1-24 h, and wherein the paraffin dehydrogenation and olefin oligomerization are carried out in the presence of a bi-functional solid catalyst comprising hydrogenation/ dehydrogenation activity and acid activity, the bi-functional solid catalyst comprising a noble metal comprising Pt, Pd, Ru, Rh or Ir on an acidic component comprising a zeolite.
Electric steam iron, comprising an iron with a vaporisation device, wherein the vaporisation device has a heating device and a temperature control device; wherein the heating device has a first heating body and a second heating body; wherein the first heating body is provided with a preheating chamber within the iron, and the second heating body is provided with a vaporisation chamber; wherein the temperature control device is designed so as to control the temperature of the first heating body; wherein the preheating chamber has a water inlet hole; a water outlet hole of the preheating chamber is connected to a water inlet hole of the vaporisation chamber, and the vaporisation chamber is also provided with a steam discharge hole; wherein the vaporisation chamber is provided inside the iron; characterised in that, a machine stand with a water supply device, and a connecting tube, are provided, wherein the iron is connected to the machine stand via the connecting tube, and the water inlet hole of the preheating chamber is connected to the water supply device so as to supply water from the water supply device to the preheating chamber, wherein the weight of the first heating body is greater than or equal to 200 g, and less than 2000 g, the water supply device comprises a water tank and a water pump, wherein the water pump is a mechanical pump, or an electromagnetic vibration pump, and a flow channel is provided in the preheating chamber, such that the water is heated to its full extent as it flows through the preheating chamber.
A vehicle lavatory comprising: a vanity including a wash basin; and a handle assembly; characterized in that: the handle assembly is connected to a portion of the wash basin, wherein the handle assembly provides an ergonomic shape that is configured to be grasped and comfortably held by a human hand; and the handle assembly is intergrally molded and formed with the portion of the wash basin and said portion includes an outer rim of the wash basin. a vanity including a wash basin; and a handle assembly; characterized in that: the handle assembly is connected to a portion of the wash basin, wherein the handle assembly provides an ergonomic shape that is configured to be grasped and comfortably held by a human hand; and the handle assembly is intergrally molded and formed with the portion of the wash basin and said portion includes an outer rim of the wash basin. the handle assembly is connected to a portion of the wash basin, wherein the handle assembly provides an ergonomic shape that is configured to be grasped and comfortably held by a human hand; and the handle assembly is intergrally molded and formed with the portion of the wash basin and said portion includes an outer rim of the wash basin.
A method for mounting a cross-beam to a sheet-pile wall for obtaining a quay wall, wherein the cross beam is composed of cross-beam segments (1 a, 2a, 3a, etc.), the method comprising of first placing a sheet-pile wall in the water, which partially extends above the water surface and preferably is compiled from tubular poles and sheet piles mounted between the tubular poles in a regular pattern, after which cross-beam forming material is applied against the sheet-pile wall by means of a shell structure which supports against the sheet-pile wall, characterized in that the cross-beam segments (1a, 2a, 3a, etc.) are mounted according to an intermittent pattern to form a full cross beam.
A system for securing a shoe to a foot utilizing a single-pull fit adjustment motion, the system comprising: a movable, multi-connection, buckle component (26, 66, 82, 326, 366) positioned in a generally centered location on a first side of the shoe; a first fixed length strap (20, 60, 84, 328) extending from a first fixed attachment point (28, 68, 325) on a toe portion (12, 52, 312) of the first side of the shoe, slidingly through a fixed retainer (18, 88, 338) on a second side of the shoe, back to the buckle component on the first side of the shoe; a second fixed length strap (24, 64, 324, 368) extending from a second fixed attachment point on a middle portion of the first side the shoe to the buckle component; and a variable length strap (22, 62, 86, 334, 372) extending from a third fixed attachment point (36, 76) on the first side of the shoe, slidingly through the buckle component, to an adjustment mechanism (38a, 38b; 78a, 78b) fixed on the first side of the shoe, the adjustment mechanism alternately releasing and securing the variable length strap along its length. a movable, multi-connection, buckle component (26, 66, 82, 326, 366) positioned in a generally centered location on a first side of the shoe; a first fixed length strap (20, 60, 84, 328) extending from a first fixed attachment point (28, 68, 325) on a toe portion (12, 52, 312) of the first side of the shoe, slidingly through a fixed retainer (18, 88, 338) on a second side of the shoe, back to the buckle component on the first side of the shoe; a second fixed length strap (24, 64, 324, 368) extending from a second fixed attachment point on a middle portion of the first side the shoe to the buckle component; and a variable length strap (22, 62, 86, 334, 372) extending from a third fixed attachment point (36, 76) on the first side of the shoe, slidingly through the buckle component, to an adjustment mechanism (38a, 38b; 78a, 78b) fixed on the first side of the shoe, the adjustment mechanism alternately releasing and securing the variable length strap along its length.
A method for allocating resource blocks to scheduled uplink data transmissions, the method comprising: determining a minimum number of resource blocks that can be assigned to a user equipment for delay sensitive traffic; determining a maximum number of resource blocks for allocation to the uplink data based on a transmit power setting; allocating a number of resource blocks to the uplink data transmission based on the minimum number of resource blocks and the maximum number of resource blocks for data segmentation; predicting a Signal to Noise + Interference ratio, SINR, based on the allocated number of resource blocks; assigning a modulation and coding scheme, MCS, to the uplink data transmission based on the predicted SINR and a threshold MCS; and transmitting scheduling information to the user equipment, the scheduling information including the allocated number of resource blocks and the assigned MCS. determining a minimum number of resource blocks that can be assigned to a user equipment for delay sensitive traffic; determining a maximum number of resource blocks for allocation to the uplink data based on a transmit power setting; allocating a number of resource blocks to the uplink data transmission based on the minimum number of resource blocks and the maximum number of resource blocks for data segmentation; predicting a Signal to Noise + Interference ratio, SINR, based on the allocated number of resource blocks; assigning a modulation and coding scheme, MCS, to the uplink data transmission based on the predicted SINR and a threshold MCS; and transmitting scheduling information to the user equipment, the scheduling information including the allocated number of resource blocks and the assigned MCS.
A method of securely implementing functions in a secure software application, comprising: - determining, by a processor, two functions to be implemented by the secure software application; - generating a first function lookup table implementing the first of the two functions; - encrypting the first function lookup table; - sorting the first function lookup table by encrypted operand; - generating a second function lookup table implementing the second of the two functions; - encrypting the second function lookup table; - sorting the second function lookup table by encrypted operand; - generating a flattened lookup table from a combination of the encrypted first and second function lookup tables; - permutating the flattened table indices; and - sorting the flattened table by the permutated flattened table indices; characterized in that the flattened table indices are permutated using public key cryptography encryption, or wherein permutating the flattened table indices includes converting the flattened lookup table into a hash table by transforming the flattened table indices by means of a one-way function and using the transformed values as keys for the hash table. - determining, by a processor, two functions to be implemented by the secure software application; - generating a first function lookup table implementing the first of the two functions; - encrypting the first function lookup table; - sorting the first function lookup table by encrypted operand; - generating a second function lookup table implementing the second of the two functions; - encrypting the second function lookup table; - sorting the second function lookup table by encrypted operand; - generating a flattened lookup table from a combination of the encrypted first and second function lookup tables; - permutating the flattened table indices; and - sorting the flattened table by the permutated flattened table indices;
A method for manufacturing a pylon which is included in a straight frustum of pyramid with a square or rectangular base, and which is formed of a single unique segment or of several segments (T 1, T 2, T 3) assembled to each other, each segment, also as a frustum of pyramid, being formed with tubes materializing the edges of said frustum of pyramid, these tubes which are tilted with respect to the vertical of an angle α 1 pairwise connected by a cross, characterized by the fact that it comprises, for producing the segment, the application of the following steps: a) assembling, in a generally horizontal plane, two tubes and at least one cross, so as to form a "first face" (F 1) of the frustum of pyramid; b) repeating step a) so as to form a "second face" (F 2) of the frustum of pyramid; c) vertically positioning, according to the tilt angle of said frustum relatively to the vertical, and exactly facing each other, the first and second faces (F 1, F 2) obtained in steps a) and b); d) positioning and assembling a cross with the lower tubes of both faces (F 1, F 2) erected vertically, so as to obtain a sub-assembly consisting of three faces; e) proceed with raising and turning over on itself said sub-assembly obtained in step d), so that both tubes not yet joined up by a cross extend in a low position; f) proceed with setting into place and assembling said cross on said tubes so as to form the fourth face of the segment. a) assembling, in a generally horizontal plane, two tubes and at least one cross, so as to form a "first face" (F 1) of the frustum of pyramid; b) repeating step a) so as to form a "second face" (F 2) of the frustum of pyramid; c) vertically positioning, according to the tilt angle of said frustum relatively to the vertical, and exactly facing each other, the first and second faces (F 1, F 2) obtained in steps a) and b); d) positioning and assembling a cross with the lower tubes of both faces (F 1, F 2) erected vertically, so as to obtain a sub-assembly consisting of three faces; e) proceed with raising and turning over on itself said sub-assembly obtained in step d), so that both tubes not yet joined up by a cross extend in a low position; f) proceed with setting into place and assembling said cross on said tubes so as to form the fourth face of the segment.
A method comprising: determining, using one or more processors (80, 104), recharge coupling efficiency for an implantable medical device of a patient during a recharge session in which the patient occupies one or more posture states; receiving posture sensor data generated by a posture sensor (87, 99) during the recharge session, wherein the posture sensor data indicates the one or more posture states occupied by the patient during the recharge session; and associating the recharge coupling efficiency determined during the recharge session with the posture sensor data, such that a respective recharge coupling efficiency determined for each of the one or more posture states is indicated for each of the one or more posture states occupied by the patient during the recharge session. determining, using one or more processors (80, 104), recharge coupling efficiency for an implantable medical device of a patient during a recharge session in which the patient occupies one or more posture states; receiving posture sensor data generated by a posture sensor (87, 99) during the recharge session, wherein the posture sensor data indicates the one or more posture states occupied by the patient during the recharge session; and associating the recharge coupling efficiency determined during the recharge session with the posture sensor data, such that a respective recharge coupling efficiency determined for each of the one or more posture states is indicated for each of the one or more posture states occupied by the patient during the recharge session.
A method of making an absorbent core for use in an absorbent article, said method comprising the steps of: a. providing a first absorbent fibrous web material; b. providing a second absorbent fibrous web material; c. providing a first pair of rolls (40, 42) forming a nip through which said first absorbent fibrous web material can be processed, said first pair of rolls (40, 42) being selected from the processes consisting of ring rolling, SELF, micro-SELF, and rotary knife aperturing, said processes being defined in the description d. deforming said first absorbent fibrous web material by processing it individually through said first pair of rolls (40, 42); e. deforming said second absorbent fibrous web material by processing it individually through a second pair of rolls in a process different from that of said first absorbent fibrous material, wherein the second pair of rolls is selected from a different one of the processes consisting of ring rolling, SELF, micro-SELF, and rotary knife aperturing; and f. combining said first and second absorbent fibrous web materials to form said absorbent core, the core being as defined in the description. a. providing a first absorbent fibrous web material; b. providing a second absorbent fibrous web material; c. providing a first pair of rolls (40, 42) forming a nip through which said first absorbent fibrous web material can be processed, said first pair of rolls (40, 42) being selected from the processes consisting of ring rolling, SELF, micro-SELF, and rotary knife aperturing, said processes being defined in the description d. deforming said first absorbent fibrous web material by processing it individually through said first pair of rolls (40, 42); e. deforming said second absorbent fibrous web material by processing it individually through a second pair of rolls in a process different from that of said first absorbent fibrous material, wherein the second pair of rolls is selected from a different one of the processes consisting of ring rolling, SELF, micro-SELF, and rotary knife aperturing; and f. combining said first and second absorbent fibrous web materials to form said absorbent core, the core being as defined in the description.
A train having a bogie and an anti-snow accumulation device, wherein the anti-snow accumulation device is installed in the area of the bogie at bottom of the train, and the anti-snow accumulation device comprises a first executing element and a second executing element, a sequence of an action of the first executing element and an action of the second executing element is determined according to running direction of the train, the first executing element and the second executing element are installed respectively on a front end plate and a rear end plate on a chassis of the train, the bogie is located between the first executing element and the second executing element, the first executing element comprises a first foldable guide plate, the second executing element comprises a second foldable guide plate, the first guide plate close to the running direction of the train and the second guide plate away from the running direction of the train are configured to cooperate in a manner that, when the first guide plate is in an unfolded open state, the second guide plate is in a folded closed state towards the chassis of the train, wherein each of the first guide plate and the second guide plate is a cavity-style structure made of rubber capsule, an installation frame on one side of the cavity-style structure is installed on and mates with the bottom of the train, and an end face on the other side of the cavity-style structure is connected to a driving mechanism driving the cavity-style structure to unfold or fold.