mhurhangee/ep-ind-claims huggingface dataset:
A process for the manufacture of deposited candies comprising: - a fluid filling comprising an acid; - an external jelly shell, completely surrounding the fluid filling, comprising pectin and gelatin, sugars or sugar substitutes, and at least one acid wherein the pH of the shell is between 3 and 3.5, and the pH of the fluid filling is between 2.2 and 2.8. said process comprising the following steps: a) Providing a fluid composition for the shell, comprising sugars or sugar substitutes, acid, gelatin and pectin; b) Providing a fluid composition for the filling, comprising at least one acid and characterised by a viscosity lower than 15000 mPa*s (15000 cPs) at 85°C; c) Depositing compositions a) and b) in moulds to yield candies comprising a shell and a filling; d) Leaving the shell to set; e) Demoulding the candies; f) Packaging the candies; characterised in that composition a) is subject to an increase in viscosity, due to its constituents, after step c), in which the viscosity increases to values higher than 50000 mPa*s (50000 cPs) at 85°C in 4 minutes. - a fluid filling comprising an acid; - an external jelly shell, completely surrounding the fluid filling, comprising pectin and gelatin, sugars or sugar substitutes, and at least one acid wherein the pH of the shell is between 3 and 3.5, and the pH of the fluid filling is between 2.2 and 2.8. a) Providing a fluid composition for the shell, comprising sugars or sugar substitutes, acid, gelatin and pectin; b) Providing a fluid composition for the filling, comprising at least one acid and characterised by a viscosity lower than 15000 mPa*s (15000 cPs) at 85°C; c) Depositing compositions a) and b) in moulds to yield candies comprising a shell and a filling; d) Leaving the shell to set; e) Demoulding the candies; f) Packaging the candies;
A microneedle comprising: a base having a support surface; and a projection (12; 20; 22; 24) that protrudes from the support surface, the projection (12; 20; 22; 24) having a through hole that penetrates the projection (12; 20; 22; 24) in an extending direction of the projection (12; 20; 22; 24), wherein the projection (12; 20; 22; 24) includes a flow path expansion section (14b; 14c) which is configured to expand a communication path that communicates between an inner space of the through hole and a space surrounding the projection (12; 20; 22; 24) in response to an increase in pressure of a fluid flowing in the through hole, characterized in that the through hole has an open end that is open at a distal end of the projection (12; 20; 22; 24), and the flow path expansion section (14b; 14c) is a linear portion that extends from the through hole to the peripheral surface of the projection (12; 20; 22; 24), as well as extending from the open end of the through hole toward the support surface as viewed in a direction parallel with the support surface, and is configured to expand a cut formed at a position of the flow path expansion section (14b; 14c) as the communication path in response to an increase in pressure of the fluid flowing in the through hole. a base having a support surface; and a projection (12; 20; 22; 24) that protrudes from the support surface, the projection (12; 20; 22; 24) having a through hole that penetrates the projection (12; 20; 22; 24) in an extending direction of the projection (12; 20; 22; 24), wherein the projection (12; 20; 22; 24) includes a flow path expansion section (14b; 14c) which is configured to expand a communication path that communicates between an inner space of the through hole and a space surrounding the projection (12; 20; 22; 24) in response to an increase in pressure of a fluid flowing in the through hole, characterized in that the through hole has an open end that is open at a distal end of the projection (12; 20; 22; 24), and the flow path expansion section (14b; 14c) is a linear portion that extends from the through hole to the peripheral surface of the projection (12; 20; 22; 24), as well as extending from the open end of the through hole toward the support surface as viewed in a direction parallel with the support surface, and is configured to expand a cut formed at a position of the flow path expansion section (14b; 14c) as the communication path in response to an increase in pressure of the fluid flowing in the through hole.
A method for address allocation of participant-specific communication addresses for participants in a measuring system, particularly in a position-measuring system of a coordinate-measuring device (98, 99) with measuring sensors (90, 91, 92, 94) as participants, in which the communication of the participants takes place via a bus system by means of messages with at least one communication address and a message content, wherein the messages transmitted by one of the participants are received by all other participants, and wherein the participants, within a calibration or referencing process of the measuring system, carry out an automatic address iteration with a • monitoring of the messages on the bus system and a • detection of a collision by a communication address of a received message which is identical to the participant-dedicated communication address, and a • collision-related allocation of a changed participant-dedicated communication address of the participant to itself which does not collide with the received message, and a defined stimulation of at least one sensor of at least one of the participants is carried out within the calibration or referencing process, and a determination of an address-device allocation of the participants in the measuring system takes place using the sensor values gathered by the defined stimulation, in particular wherein, thereby, an identification of the participants in their sequence and/or function in the measuring system takes place. • monitoring of the messages on the bus system and a • detection of a collision by a communication address of a received message which is identical to the participant-dedicated communication address, and a • collision-related allocation of a changed participant-dedicated communication address of the participant to itself which does not collide with the received message,
Method for thermal regulation of a water-heating system intended to supply a premises with hot water, said heating system comprising a standby fossil fuel generator, a variable speed compressor heat pump and a hydraulic isolation cylinder connected to said standby generator and à said heat pump, the method for regulation comprising: - a step of activating the heat pump systematically following a step of activating the heating system in order to regulate the temperature of the water exiting from the hydraulic cylinder at a given temperature, referred to as the setpoint temperature, - a step of determining a performance coefficient of the heat pump at given times during an operating duration of the heating system, referred to as real performance coefficient, whether the compressor is operating or is stopped, and - a step of modulating a load rate of the heat pump according to the measured value of the real performance coefficient and a comparison of the temperature of the water exiting from the hydraulic cylinder with the setpoint temperature. - a step of activating the heat pump systematically following a step of activating the heating system in order to regulate the temperature of the water exiting from the hydraulic cylinder at a given temperature, referred to as the setpoint temperature, - a step of determining a performance coefficient of the heat pump at given times during an operating duration of the heating system, referred to as real performance coefficient, whether the compressor is operating or is stopped, and - a step of modulating a load rate of the heat pump according to the measured value of the real performance coefficient and a comparison of the temperature of the water exiting from the hydraulic cylinder with the setpoint temperature.
A downhole measurement apparatus comprising: a downhole flow control device comprising a tubular body having an internal flow path and at least one fluid port for permitting flow of a fluid between the internal flow path and an external location; and a sensor assembly comprising a tubular body and a sensor arrangement configured for use in determining a fluid pressure externally of the flow control device and a fluid pressure within the internal flow path of the flow control device, wherein the tubular bodies of the flow control device and the sensor assembly are separate tubular bodies which are configured to be coupled together. a downhole flow control device comprising a tubular body having an internal flow path and at least one fluid port for permitting flow of a fluid between the internal flow path and an external location; and a sensor assembly comprising a tubular body and a sensor arrangement configured for use in determining a fluid pressure externally of the flow control device and a fluid pressure within the internal flow path of the flow control device, wherein the tubular bodies of the flow control device and the sensor assembly are separate tubular bodies which are configured to be coupled together.
A skin care composition comprising: a polyolefin blend comprising: at least one metallocene catalyzed polyolefin with a density above 0.90 g/cm 3; at least one metallocene catalyzed polyolefin with a density equal to or below 0.90 g/cm 3; provided that the average melt index determined by ASTM D 1238 for the polyolefin blend is greater than 7; and a cosmetically acceptable hydrocarbon oil; provided that the composition does not contain ethylene acrylic acid copolymer. a polyolefin blend comprising: at least one metallocene catalyzed polyolefin with a density above 0.90 g/cm 3; at least one metallocene catalyzed polyolefin with a density equal to or below 0.90 g/cm 3; provided that the average melt index determined by ASTM D 1238 for the polyolefin blend is greater than 7; and at least one metallocene catalyzed polyolefin with a density above 0.90 g/cm 3; at least one metallocene catalyzed polyolefin with a density equal to or below 0.90 g/cm 3; provided that the average melt index determined by ASTM D 1238 for the polyolefin blend is greater than 7; and a cosmetically acceptable hydrocarbon oil; provided that the composition does not contain ethylene acrylic acid copolymer.
A power inductor, comprising: a body; at least two bases (210, 220) disposed in the body and extending in a longitudinal direction; at least two coil patterns (310, 320, 330, 340) disposed on the at least two of the bases (210, 220), respectively; an external electrode (410, 420) provided on each of two side surfaces of the body, which are opposite to each other in the longitudinal direction, and connected to the at least two coil patterns (310, 320, 330, 340); and a connection electrode provided on at least one side surface of the body on which an external electrode is not disposed and connecting the at least two coil patterns to each other wherein the connection electrode is connected to at least one coil pattern disposed on each of the at least two bases; and wherein the body comprises metal powder and a polymer, wherein the metal powder has a mean particle size of 1 μm to 50 μm, and comprises a single kind of particles or two or more kinds of particles, which have a plurality of sizes, characterized in that the body further comprises a thermal conductive filler for releasing heat of the metal powder to the outside, and, wherein the body is manufactured by stacking a plurality of sheets (100a-100i) having contents of the thermal conductive filler different from each other; and wherein the more the thermal conductive fillers are away from a base upward and downward, the content of the thermal conductive filler in the sheets gradually increases. a body; at least two bases (210, 220) disposed in the body and extending in a longitudinal direction; at least two coil patterns (310, 320, 330, 340) disposed on the at least two of the bases (210, 220), respectively; an external electrode (410, 420) provided on each of two side surfaces of the body, which are opposite to each other in the longitudinal direction, and connected to the at least two coil patterns (310, 320, 330, 340); and a connection electrode provided on at least one side surface of the body on which an external electrode is not disposed and connecting the at least two coil patterns to each other wherein the connection electrode is connected to at least one coil pattern disposed on each of the at least two bases; and wherein the body comprises metal powder and a polymer, wherein the metal powder has a mean particle size of 1 μm to 50 μm, and comprises a single kind of particles or two or more kinds of particles, which have a plurality of sizes, characterized in that the body further comprises a thermal conductive filler for releasing heat of the metal powder to the outside, and, wherein the body is manufactured by stacking a plurality of sheets (100a-100i) having contents of the thermal conductive filler different from each other; and wherein the more the thermal conductive fillers are away from a base upward and downward, the content of the thermal conductive filler in the sheets gradually increases.
A stacked organic light emitting device, comprising a first conductive layer (310; 410; 510; 610; 710; 810), at least one intermediate conductive layer (330; 430, 440; 530, 540; 630, 640, 650; 730, 740, 750; 830, 840, 850) and a second conductive layer (320; 420; 520; 620; 720; 820), and light emitting units (311-314, 321-324; 411-414, 421-424, 431-434; 511-514, 521-524, 531-534; 611-614, 621-624, 631-634, 641-644; 711-714, 721-724, 731-734, 741-744; 811-814, 821-824, 831-834, 841-844) disposed between the conductive layers, wherein at least two non-neighboring conductive layers (310, 320; 410, 440; 510, 520; 610, 640; 710, 720; 810, 820, 840) among the conductive layers are conductive layers belonging to Group 1 such that they are electrically connected with each other to a common potential; at least one conductive layer (330; 420, 430; 530; 620, 630; 730; 830, 850) which is not electrically connected with the conductive layers (310, 320; 410, 440; 510, 520; 610, 640; 710, 720; 810, 820, 840) belonging to Group 1, which are connected with each other to a common potential, is a conductive layer belonging to Group 2 such that it is electrically connected to a common potential; the conductive layers (310, 320; 410, 440; 510, 520; 610, 640; 710, 720; 810, 820, 840) belonging to Group 1 and the at least one conductive layer (330; 420, 430; 530; 620, 630; 730; 830, 850) belonging to Group 2 are connected with each other via a voltage regulator (350; 450; 550; 650; 750; 850) for alternately applying a positive voltage and a negative voltage; and the voltage regulator (350; 450; 550; 650; 750; 850) is provided with a means of controlling the time or voltage intensity for alternately applying the positive voltage and the negative voltage, wherein the voltage regulator (350; 450; 550; 650; 750; 850) is used for applying a positive voltage and a negative voltage alternately by a sine wave alternating current voltage or a pulse voltage, and the means of controlling the time or voltage intensity for alternatively applying the positive voltage and the negative voltage is a means of modulating the width or height of the sine wave or the pulse.
A color image forming device comprising: a photosensitive unit including a photosensitive member with a photosensitive layer; an exposing unit that exposes the photosensitive layer based on a multi-color image to form a series of latent images on the photosensitive member, the exposing unit comprising a scanner unit to emit a laser beam based on the image; a plurality of developing units each including a developing-agent bearing member that is disposed on one side of the photosensitive member in contact with the photosensitive member, each developing-agent bearing member bearing thereon a different color developing-agent and supplying the developing-agent to the photosensitive member at the contact positions to develop corresponding latent images into different-colored monochrome visible images; an intermediate transfer belt that receives the different-colored monochrome visible images one at a time from the photosensitive member in an overlapping manner to bear a multi-color image, the intermediate transfer belt transferring the multi-color image onto a recording medium; and a fixing unit that fixes the multi-color image onto the recording medium, the fixing unit being disposed on the opposite side of the photosensitive member than the developing-agent bearing members, characterized in that the photosensitive member moving upward and the developing-agent bearing members all moving downward at their contact positions where the developing-agent bearing members contact the photosensitive member, and the intermediate transfer belt being positioned above the scanner unit. a photosensitive unit including a photosensitive member with a photosensitive layer; an exposing unit that exposes the photosensitive layer based on a multi-color image to form a series of latent images on the photosensitive member, the exposing unit comprising a scanner unit to emit a laser beam based on the image; a plurality of developing units each including a developing-agent bearing member that is disposed on one side of the photosensitive member in contact with the photosensitive member, each developing-agent bearing member bearing thereon a different color developing-agent and supplying the developing-agent to the photosensitive member at the contact positions to develop corresponding latent images into different-colored monochrome visible images; an intermediate transfer belt that receives the different-colored monochrome visible images one at a time from the photosensitive member in an overlapping manner to bear a multi-color image, the intermediate transfer belt transferring the multi-color image onto a recording medium; and a fixing unit that fixes the multi-color image onto the recording medium, the fixing unit being disposed on the opposite side of the photosensitive member than the developing-agent bearing members, characterized in that the photosensitive member moving upward and the developing-agent bearing members all moving downward at their contact positions where the developing-agent bearing members contact the photosensitive member, and the intermediate transfer belt being positioned above the scanner unit.
Extrudates containing at least one pharmaceutically active substance in the form of needles, characterized in that the ratio of the particle size of the needle-shaped pharmaceutically active substance to the strand diameter is at least 1:20, in that the extrudate contains a lipid base as an additive and in that the extrudate was extruded below the lower limit of the melting range of the base contained therein.
A method of wireless communication by a wireless device in a wireless communication system, comprising: receiving a first interference signal at a receiver; receiving a second interference signal at the receiver; characterized by determining whether the second interference signal comprises a different transmission diversity version of the first interference signal; and combining (810; 818; 820; 1008) the first interference signal and the second interference signal to estimate an interference cancellation signal when the second interference signal is determined to be a different transmission diversity version of the first interference signal. receiving a first interference signal at a receiver; receiving a second interference signal at the receiver; characterized by determining whether the second interference signal comprises a different transmission diversity version of the first interference signal; and combining (810; 818; 820; 1008) the first interference signal and the second interference signal to estimate an interference cancellation signal when the second interference signal is determined to be a different transmission diversity version of the first interference signal.
A multiple cooling fan control system for a battery pack, the multiple cooling fan control system comprising: a housing including a first housing and a second housing; the first housing having a plurality of suction ports (32, 34, 36) arranged at intervals; a plurality of cooling fans (22, 24, 26) arranged corresponding to the plurality of suction ports (32, 34, 36) on a rear surface of the first housing and generating a ventilation power; the second housing coupled to the first housing to receive the plurality of cooling fans (22, 24, 26) and having a plurality of discharge ports (40, 42); a control device installed inside the second housing for controlling the cooling fans (22, 24, 26) and supplying electric power to the cooling fans (22, 24, 26), wherein the control device includes at least one signal processing device for driving the plurality of cooling fans (22, 24, 26) in accordance with motor drive information received from a battery management system; a plurality of guide portions having a cochlea structure and collecting air radially discharged by the cooling fans (22, 24, 26) to be integrally formed with the first housing to guide an air flow to one side of the cooling fans (22, 24, 26); and a plurality of duct portions integrally formed with the second housing to connect between each of the guide portions and each of the discharge ports (40, 42). a housing including a first housing and a second housing; the first housing having a plurality of suction ports (32, 34, 36) arranged at intervals; a plurality of cooling fans (22, 24, 26) arranged corresponding to the plurality of suction ports (32, 34, 36) on a rear surface of the first housing and generating a ventilation power; the second housing coupled to the first housing to receive the plurality of cooling fans (22, 24, 26) and having a plurality of discharge ports (40, 42); a control device installed inside the second housing for controlling the cooling fans (22, 24, 26) and supplying electric power to the cooling fans (22, 24, 26), wherein the control device includes at least one signal processing device for driving the plurality of cooling fans (22, 24, 26) in accordance with motor drive information received from a battery management system; a plurality of guide portions having a cochlea structure and collecting air radially discharged by the cooling fans (22, 24, 26) to be integrally formed with the first housing to guide an air flow to one side of the cooling fans (22, 24, 26); and a plurality of duct portions integrally formed with the second housing to connect between each of the guide portions and each of the discharge ports (40, 42).