mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a multilayer object made of synthetic resin by compression-moulding a dose of multilayer molten resin comprising at least one functional layer (2, 20), each layer of the dose being in the molten state during compression; the method consisting at least in co-extruding resins through a die, in cutting the extrudate periodically in order to obtain a dose, then in depositing the dose in the molten state in the cavity of a mould; the method in this way defining in the dose a direction of extrusion and a disposition of the functional layer (2, 20) parallel to the direction of extrusion; the method being characterized by the fact that the dose is compressed along a compression axis which intersects the direction of extrusion and which is not an axis of symmetry of revolution of the dose, so as to induce, in the flow of the layers, an asymmetry with respect to the compression axis and obtain an object that has a distribution of the layers without axis of symmetry of revolution.
A power supply voltage forming apparatus adapted to form a power supply voltage to supply to a high frequency power amplifier based on input data, the apparatus comprising: a digital offset adding section for performing digital addition of offset data to the input data in a first addition selecting mode; a first digital-to-analog converter for performing digital-to-analog conversion of output of the digital offset adding section; a level adjusting section for adjusting a level of the output subjected to said digital-to-analog conversion, thereby obtaining a signal of an adjusted level, based on an output level control value for controlling an output level of the high frequency power amplifier; a second digital-to-analog converter for performing digital-to-analog conversion of the offset data; an analog offset adding section for performing analog addition of the offset data subjected to said digital-to-analog conversion to the signal of the adjusted level in a second addition selecting mode; and a selecting section for selecting between the first addition selecting mode and the second addition selecting mode selectively, based on the output level control value. a digital offset adding section for performing digital addition of offset data to the input data in a first addition selecting mode; a first digital-to-analog converter for performing digital-to-analog conversion of output of the digital offset adding section; a level adjusting section for adjusting a level of the output subjected to said digital-to-analog conversion, thereby obtaining a signal of an adjusted level, based on an output level control value for controlling an output level of the high frequency power amplifier; a second digital-to-analog converter for performing digital-to-analog conversion of the offset data; an analog offset adding section for performing analog addition of the offset data subjected to said digital-to-analog conversion to the signal of the adjusted level in a second addition selecting mode; and a selecting section for selecting between the first addition selecting mode and the second addition selecting mode selectively, based on the output level control value.
Method for controlling a heating system comprising a heat generator, with automatic detection of a window being opened, intended for a control device for heating at least one room and having the following steps: • specifying a setpoint room temperature for the room to be heated, • determining the actual room temperature in the room to be heated, • comparing the actual room temperature and the setpoint room temperature of the room to be heated, the following further steps being comprised if the actual room temperature lies below the setpoint room temperature of the room to be heated • monitoring the variation in the actual room temperature of the room to be heated and calculating the associated gradient, • detecting the opening of a window if the gradient of the actual room temperature of the room to be heated is negative and less than a predefined first limit value, characterized in that • when the opening of a window is detected, using the actual room temperature of the room to be heated that was measured last before the detected opening of a window for the control of the heating system and/or the heat generator. • specifying a setpoint room temperature for the room to be heated, • determining the actual room temperature in the room to be heated, • comparing the actual room temperature and the setpoint room temperature of the room to be heated, • monitoring the variation in the actual room temperature of the room to be heated and calculating the associated gradient, • detecting the opening of a window if the gradient of the actual room temperature of the room to be heated is negative and less than a predefined first limit value, • when the opening of a window is detected, using the actual room temperature of the room to be heated that was measured last before the detected opening of a window for the control of the heating system and/or the heat generator.
An air damper, comprising: a piston disposed inside a cylinder movably forward and backward; a housing groove provided at a periphery of the piston; an O-ring fitted in the housing groove, and dividing an inside of the cylinder into a front chamber and a rear chamber; and a ventilation groove communicating with the rear chamber from a groove bottom face of the housing groove, wherein when the cylinder moves backward, an airflow flowing from the rear chamber to the front chamber accompanied by a forward movement of the O-ring inside the housing groove is reduced, and when the cylinder moves forward, an airflow flowing from the front chamber to the rear chamber accompanied by a backward movement of the O-ring inside the housing groove is increased through the ventilation groove, wherein the housing groove is partitioned by the groove bottom face and front and back flange portions (21, 22) facing each other by sandwiching the groove bottom face, and three or more ventilation grooves are provided at portions dividing the groove bottom face of the housing groove and a periphery of the back flange portion into approximately equal parts, characterized in that the ventilation groove has a width size in a peripheral direction of the housing groove such that a width on an upper side is formed longer than a width on a lower side. a piston disposed inside a cylinder movably forward and backward; a housing groove provided at a periphery of the piston; an O-ring fitted in the housing groove, and dividing an inside of the cylinder into a front chamber and a rear chamber; and a ventilation groove communicating with the rear chamber from a groove bottom face of the housing groove, wherein when the cylinder moves backward, an airflow flowing from the rear chamber to the front chamber accompanied by a forward movement of the O-ring inside the housing groove is reduced, and when the cylinder moves forward, an airflow flowing from the front chamber to the rear chamber accompanied by a backward movement of the O-ring inside the housing groove is increased through the ventilation groove, wherein the housing groove is partitioned by the groove bottom face and front and back flange portions (21, 22) facing each other by sandwiching the groove bottom face, and three or more ventilation grooves are provided at portions dividing the groove bottom face of the housing groove and a periphery of the back flange portion into approximately equal parts, characterized in that the ventilation groove has a width size in a peripheral direction of the housing groove such that a width on an upper side is formed longer than a width on a lower side.
A blowing fluid valve adapted to provide a flow of a blowing fluid in a blow molding device with at least one controllable flow rate, especially during a pre-blowing phase of an injection blowing process, the blowing fluid valve comprising at least one inlet opening adapted to be supplied with the blowing fluid at an inlet pressure, at least one outlet opening adapted to dispense the blowing fluid, and at least one displaceable element, wherein different positions of the at least one displaceable element correspond to different flow rates of the blowing fluid through the blowing fluid valve for a given inlet pressure at the at least one inlet opening, wherein the blowing fluid valve comprises at least one displacement sensor for determining a position of the at least one displaceable element and control means adapted to provide at least one control signal adapted to adjust the position of the at least one displaceable element based on the determined position and a pressure of the blowing fluid, especially the inlet pressure.
A method for controlling a user-initiated vehicle-operation-command, the user of the vehicle being located external to the vehicle during an autonomous driving or parking operation of the vehicle, wherein the vehicle-operation-command is a cancellation- or stop command of the autonomous driving or parking operation, - wherein the user-initiated vehicle-operation-command is verified based on a verification-criterion, - wherein for the verification-criterion a threshold value or threshold condition is pre-defined, - wherein the verification is performed by comparing a measured or otherwise determined value or condition relating to the verification-criterion with the threshold value or threshold condition, - and wherein in case that the measured or otherwise determined value or condition relating to the verification-criterion exceeds the threshold value or threshold condition, the cancellation- or stop command of the autonomous driving or parking operation is denied, and in case that the measured or otherwise determined value or condition relating to the verification-criterion is lower than the threshold value or threshold condition, the cancellation- or stop command of the autonomous driving or parking operation is accepted characterized in that the verification criterion relates to a direction of movement of the user relative to the vehicle. - wherein the user-initiated vehicle-operation-command is verified based on a verification-criterion, - wherein for the verification-criterion a threshold value or threshold condition is pre-defined, - wherein the verification is performed by comparing a measured or otherwise determined value or condition relating to the verification-criterion with the threshold value or threshold condition, - and wherein in case that the measured or otherwise determined value or condition relating to the verification-criterion exceeds the threshold value or threshold condition, the cancellation- or stop command of the autonomous driving or parking operation is denied, and
A method comprising: determining rhythmic compatibility of first audio and second audio, the first audio comprising an audio sample or set of audio samples, and the second audio comprising an audio sample or set of audio samples; determining harmonic compatibility of the first audio and the second audio; generating, at a computing device and based on the rhythmic compatibility of the first audio and the second audio as well as the harmonic compatibility of the first audio and the second audio, a compatibility rating for the first audio and the second audio, the generating further comprising generating the compatibility rating for the first audio and the second audio based on instruments used in the first audio and the second audio; and presenting, the first audio as a recommendation for combining with the second audio in response to the compatibility rating for the first audio and the second audio satisfying a threshold compatibility rating. determining rhythmic compatibility of first audio and second audio, the first audio comprising an audio sample or set of audio samples, and the second audio comprising an audio sample or set of audio samples; determining harmonic compatibility of the first audio and the second audio; generating, at a computing device and based on the rhythmic compatibility of the first audio and the second audio as well as the harmonic compatibility of the first audio and the second audio, a compatibility rating for the first audio and the second audio, the generating further comprising generating the compatibility rating for the first audio and the second audio based on instruments used in the first audio and the second audio; and presenting, the first audio as a recommendation for combining with the second audio in response to the compatibility rating for the first audio and the second audio satisfying a threshold compatibility rating.
Tool holder for a hand-held power tool, comprising: a tube (19; 87), the inner surface (52, 53; 86) of which defines a receiving space (26; 85) for the insertion end of a tool coaxial with a working axis and the outer surface (24, 25) of which is provided with a groove running around the axis, a radially movable locking element projecting partly into the receiving space (26; 85) through a radial opening in the tube (19; 87), a locking sleeve (31, 32) movably guided along the axis on the outer surface (24, 25) of the tube (19; 87) and bearing against the locking element in the radial direction in a normal position, a spring driving the locking sleeve (31, 32) into the normal position and a retaining clip on which the locking sleeve (31, 32) is supported against the force of the spring, the retaining clip being inserted into the groove, characterised in that the retaining clip surrounds the groove over less than 250 degrees, that the locking sleeve (31, 32) has a hollow cylindrical projection projecting in the direction of the retaining clip, the radial inner surface of which bears against the retaining clip when the locking sleeve (31, 32) is in the normal position, and that the projection can be removed from the retaining clip by displacing the locking sleeve (31, 32) against the spring. a tube (19; 87), the inner surface (52, 53; 86) of which defines a receiving space (26; 85) for the insertion end of a tool coaxial with a working axis and the outer surface (24, 25) of which is provided with a groove running around the axis, a radially movable locking element projecting partly into the receiving space (26; 85) through a radial opening in the tube (19; 87), a locking sleeve (31, 32) movably guided along the axis on the outer surface (24, 25) of the tube (19; 87) and bearing against the locking element in the radial direction in a normal position, a spring driving the locking sleeve (31, 32) into the normal position and a retaining clip on which the locking sleeve (31, 32) is supported against the force of the spring, the retaining clip being inserted into the groove, the retaining clip surrounds the groove over less than 250 degrees, that the locking sleeve (31, 32) has a hollow cylindrical projection projecting in the direction of the retaining clip, the radial inner surface of which bears against the retaining clip when the locking sleeve (31, 32) is in the normal position, and that the projection can be removed from the retaining clip by displacing the locking sleeve (31, 32) against the spring.
Process for melting scrap metal in a furnace, said process comprising the steps of: - feeding a charge of solid scrap metal to the furnace, - supplying fuel and an oxidant having an oxygen content of at least 60%vol to the furnace and combusting the fuel with the oxidant to generate heat inside the furnace, - melting the charge of solid scrap metal in the furnace by means of the heat so generated, thereby obtaining molten metal, - withdrawing the molten metal from the furnace, whereby, following the step of feeding the charge of solid scrap metal to the furnace, the fuel is combusted with the oxidant in a first combustion mode so as to generate one or more visible flames in the furnace above the charge, the process being characterized in that: before the step of withdrawing the molten metal from the furnace, the fuel is combusted with the oxidant in a second combustion mode so as to generate flameless combustion in the furnace above the molten metal. - feeding a charge of solid scrap metal to the furnace, - supplying fuel and an oxidant having an oxygen content of at least 60%vol to the furnace and combusting the fuel with the oxidant to generate heat inside the furnace, - melting the charge of solid scrap metal in the furnace by means of the heat so generated, thereby obtaining molten metal, - withdrawing the molten metal from the furnace,
Floor structure for a vehicle with accommodating means (2, 4, 6, 8, 10,12,14, 36, 36', 36") for at least two energy storage modules (62, 62', 62"), wherein the accommodating means (2, 4, 6, 8, 10, 12, 14, 36, 36', 36") comprise at least two longitudinal members (12, 14) and at least two cross members (2,4, 6, 8,10), characterised in that the accommodating means (2,4, 6,8,10,12,14, 36, 36', 36") comprise at least one deformation zone (4a, 4b, 6b, 6c, 8b, 8c) with defined deformation behaviour between the energy storage modules (62, 62', 62"), wherein the at least one deformation zone (4a, 4b, 6b, 6c, 8b, 8c) is provided by at least one cross member (2, 4, 6, 8,10).
A method for providing live content comprising a plurality of sequential segment files to at least one client device, the method being performed in a multimedia streaming service node and comprising the steps of: receiving metadata for the live content, the metadata comprising references to at least one representation (100a-c) of the live content, wherein each representation (100a-c) corresponds to a bitrate and defines timing of at least one of the segment files; creating, based on the metadata, a schedule defining when to obtain at least one of the segment files; pulling segment files from a content source in accordance with the schedule; and gradually pushing the pulled segment files over a bearer to the at least one client device, as the segment files are pulled to the multimedia streaming service node. receiving metadata for the live content, the metadata comprising references to at least one representation (100a-c) of the live content, wherein each representation (100a-c) corresponds to a bitrate and defines timing of at least one of the segment files; creating, based on the metadata, a schedule defining when to obtain at least one of the segment files; pulling segment files from a content source in accordance with the schedule; and gradually pushing the pulled segment files over a bearer to the at least one client device, as the segment files are pulled to the multimedia streaming service node.
A liquid composition to be filled in soft capsules, the composition comprising an oil-insoluble ingredient dispersed in an edible oil, a reactive monoglyceride, and a triglycerol fatty acid ester having a monoester content of 50% or more, wherein the reactive monoglyceride is a mixture comprising monoglyceride, diglyceride, and triglyceride, the mixture being obtainable by removing unreacted glycerol from the esterification product of glycerol and fatty acid, or the transesterification product of glycerol and triglyceride.
A food product obtained by compressing a pulverulent composition comprising an essentially, preferably exclusively, vegetable protein or protein mixture, said food product being flavored through the addition of at least one flavoring, said flavoring being chosen from the flavorings of dried fruits.
A compound represented by the general formula A wherein, D ring may be cyclized or in open form, when D ring is cyclized, the dotted line indicates single bond connected from ortho-position of aromatic ring E (Ar) to the nitrogen atom of ring C; making five-membered ring, and the other dotted bond shown on nitrogen of C ring is not present; when D ring is open, the dotted line connecting aromatic ring E (Ar) to the nitrogen atom of ring C indicates no bond and the other dotted bond shown on nitrogen of ring C indicates presence of single bond connecting nitrogen atom to the methyl group; wherein, R 1 and R 2 groups are selected from halogens or trifluoromethyl; R 3 group is selected from hydrogen or methyl; X is selected from halogens; and Ar is selected from aryl and heteroaryl; R 1 and R 2 groups may be attached to any position on ring E. wherein, D ring may be cyclized or in open form, when D ring is cyclized, the dotted line indicates single bond connected from ortho-position of aromatic ring E (Ar) to the nitrogen atom of ring C; making five-membered ring, and the other dotted bond shown on nitrogen of C ring is not present; when D ring is open, the dotted line connecting aromatic ring E (Ar) to the nitrogen atom of ring C indicates no bond and the other dotted bond shown on nitrogen of ring C indicates presence of single bond connecting nitrogen atom to the methyl group; wherein, R 1 and R 2 groups are selected from halogens or trifluoromethyl; R 3 group is selected from hydrogen or methyl; X is selected from halogens; and Ar is selected from aryl and heteroaryl; R 1 and R 2 groups may be attached to any position on ring E.
A blood anticoagulant material comprising a multiblock copolymer having at least a structural unit represented by Formula, and a structural unit represented by Formula, and a structural unit represented by Formula: wherein, R 1 in Formula represents a divalent aliphatic hydrocarbon group; R 2 in Formula represents a divalent aliphatic hydrocarbon group and/or an ester of an aliphatic carboxylic acid and an aliphatic alcohol; R 3 in Formula represents a bivalent aliphatic hydrocarbon group, R 1, R 2, and R 3 being independent of one another; and m and n each independently represent integers of 2 to 5000.
A method to encode data for transmission thereof over a communication channel, using bijective conversion of a binary sequence of P bits representing an integer x into K sequences of N information units, with k ≥ 2, wherein each unit may have several states, N being greater than or equal to P, a bijective conversion whereby, starting from K sequences of N information units, each of the information units of a sequence having the same state particular to said sequence, M information units among the N information units of each of said sequences are modified as a function of the value of the integer x so that they adopt a different state, M being defined so that the number of permutations of M in N is at least equal to 2 P K.
A shutter unit for selectively opening and closing the optical path of a laser beam, comprising: a rotating member which rotates around the axis line (γ) that is substantially orthogonal to the optical axis (α) of said laser beam, and which is provided with an opening for passing said laser beam therethrough and a reflective surface for reflecting said laser beam; and an optical absorption member for absorbing the laser beam reflected with said reflective surface; wherein said rotating member has a base portion which rotates around said axis line (γ), and an inclined plate extending from said base portion in the direction of the optical axis, and characterized in that said inclined plate is inclined towards said axis line a rotating member which rotates around the axis line (γ) that is substantially orthogonal to the optical axis (α) of said laser beam, and which is provided with an opening for passing said laser beam therethrough and a reflective surface for reflecting said laser beam; and an optical absorption member for absorbing the laser beam reflected with said reflective surface; wherein said rotating member has a base portion which rotates around said axis line (γ), and an inclined plate extending from said base portion in the direction of the optical axis, and characterized in that said inclined plate is inclined towards said axis line
A composition comprising a DNA dendrimer linked to: (i) an anti-cell adhesion molecule antibody, an anti-transferrin receptor antibody or an antimannose-6-phosphate receptor antibody, and (ii) a cargo selected from the group consisting of a biologically active agent, a therapeutic agent, an imaging agent, a monitoring agent and combinations thereof.