mhurhangee/ep-ind-claims huggingface dataset:
A floor panel comprising a plurality of corrugations and a plurality of through holes, wherein the corrugations each comprise a corrugation crest having corrugation walls slanting downward on both sides of the corrugation crest, and the through holes are provided in the region of the corrugation crest, characterized in that the through holes each moreover break through at least partially at least one of the slanting corrugation walls on both sides of the corrugation crest section wise, and the through holes each are not only located in one plane but extend across different heights of the corrugation.
A method for identifying data packets for multiplexing, comprising: receiving at a first multiplexer a first request to reserve resources for a first packet data flow; determining from said first request a destination for said first data packet flow, wherein said destination is a communication device on a remote subnetwork; receiving at said first multiplexer a second request to reserve resources for a second packet data flow; determining from said second request a destination for said second data packet flow, wherein said destination is a communication device on said remote subnetwork; in response to receiving said first request to reserve resources, providing a first identifier to a first communication device making said first request, wherein said first identifier is assigned to identify said remote subnetwork, wherein said first identifier is a differentiated services code point communicated in a differentiated services field; in response to receiving said second request to reserve resources, providing said first identifier to a second communication device making said second request; in response to receiving said first and second data packet flows being addressed to a destination on said remote subnetwork, and marked with said differentiated services code point, said first multiplexer aggregating at least a first data packet from said first data packet flow with a second data packet from said second data packet flow to form a super packet; and sending said super packet to a second multiplexer associated with said first subnetwork under a single resource reservation. receiving at a first multiplexer a first request to reserve resources for a first packet data flow; determining from said first request a destination for said first data packet flow, wherein said destination is a communication device on a remote subnetwork; receiving at said first multiplexer a second request to reserve resources for a second packet data flow; determining from said second request a destination for said second data packet flow, wherein said destination is a communication device on said remote subnetwork; in response to receiving said first request to reserve resources, providing a first identifier to a first communication device making said first request, wherein said first identifier is assigned to identify said remote subnetwork, wherein said first identifier is a differentiated services code point communicated in a differentiated services field; in response to receiving said second request to reserve resources, providing said first identifier to a second communication device making said second request; in response to receiving said first and second data packet flows being addressed to a destination on said remote subnetwork, and marked with said differentiated services code point, said first multiplexer aggregating at least a first data packet from said first data packet flow with a second data packet from said second data packet flow to form a super packet; and sending said super packet to a second multiplexer associated with said first subnetwork under a single resource reservation.
A chopper circuit control device for controlling a duty cycle of a chopper circuit, the chopper circuit control device comprising: a range calculator adapted to calculate, based on an input voltage of the chopper circuit and an output voltage command value being a command value of an output voltage of the chopper circuit, an operation value range being a range for an operation value that is used for controlling the duty cycle; and a controller adapted to determine whether the operation value calculated based on a deviation between the output voltage and the output voltage command value of the chopper circuit is within the operation value range and to control the duty cycle by using an upper limit value of the operation value range when the operation value is greater than or equal to the upper limit value of the operation value range, by using the operation value when the operation value is within the operation value range, and by using a lower limit value of the operation value range when the operation value is less than or equal to the lower limit value of the operation value range; wherein the range calculator calculates the operation value range by using an upper limit value of a voltage range, being a defined range, when the input voltage is greater than or equal to the upper limit value of the voltage range, by using the input voltage when the input voltage is within the voltage range, and by using a lower limit value of the voltage range when the input voltage is less than or equal to the lower limit value of the voltage range. a range calculator adapted to calculate, based on an input voltage of the chopper circuit and an output voltage command value being a command value of an output voltage of the chopper circuit, an operation value range being a range for an operation value that is used for controlling the duty cycle; and a controller adapted to determine whether the operation value calculated based on a deviation between the output voltage and the output voltage command value of the chopper circuit is within the operation value range and to control the duty cycle by using an upper limit value of the operation value range when the operation value is greater than or equal to the upper limit value of the operation value range, by using the operation value when the operation value is within the operation value range, and by using a lower limit value of the operation value range when the operation value is less than or equal to the lower limit value of the operation value range; wherein the range calculator calculates the operation value range by using an upper limit value of a voltage range, being a defined range, when the input voltage is greater than or equal to the upper limit value of the voltage range, by using the input voltage when the input voltage is within the voltage range, and by using a lower limit value of the voltage range when the input voltage is less than or equal to the lower limit value of the voltage range.
A loading machine for slides, provided with biological samples and with an electronically readable identification code, inside a tray divided, by means of separation structures, into a plurality of compartments, each compartment being adapted to contain one of said slides in an orderly manner, where said loading machine comprises: - a supporting frame structure for resting on a work surface; - linear feed means (10, 11, 12) of said tray with respect to said frame structure; - insertion means (5, 6, 7) of said slides into said tray in an orderly and sequential manner; - reading means of said identification code provided on each of said slides; - a control unit, where said insertion means (5, 6, 7) of said slides into said tray comprise means adapted to temporarily retain each slide and to release it, in coordination with said reading means and linear feed means of said tray, into one of said compartments making use of gravity. - a supporting frame structure for resting on a work surface; - linear feed means (10, 11, 12) of said tray with respect to said frame structure; - insertion means (5, 6, 7) of said slides into said tray in an orderly and sequential manner; - reading means of said identification code provided on each of said slides; - a control unit,
A multi-layer product for application to skin, having; a. a first layer having from 5%, preferably from 10%, preferably from 12% to 30%, preferably to 25%, more preferably to 20% by weight of the first layer, humectant; and b. a powder layer having from 10%, preferably from 12%, to 30%, preferably to 25%, by weight of the powder layer, of substantially spherical silicone elastomers particles, wherein the powder layer is an aqueous based composition that is an oil-in-water emulsion with a non-volatile oil present in a concentration level such that the weight ratio of non-volatile oil to particulate material is from 1:10 to 3:2, preferably from 1:4 to 1:1, and more preferably from 1:4 to 3:4; wherein the first layer is applied to the skin first, and the powder layer is applied on top of the first layer. a. a first layer having from 5%, preferably from 10%, preferably from 12% to 30%, preferably to 25%, more preferably to 20% by weight of the first layer, humectant; and b. a powder layer having from 10%, preferably from 12%, to 30%, preferably to 25%, by weight of the powder layer, of substantially spherical silicone elastomers particles, wherein the powder layer is an aqueous based composition that is an oil-in-water emulsion with a non-volatile oil present in a concentration level such that the weight ratio of non-volatile oil to particulate material is from 1:10 to 3:2, preferably from 1:4 to 1:1, and more preferably from 1:4 to 3:4;
A power adaptor comprising a communication interface and being configured to charge via its communication interface a battery of an electronic equipment, wherein a charging control module is built in said electronic equipment and both said charging control module and said battery are connectable with the communication interface of said power adaptor via the communication interface of said electronic equipment, wherein said charging control module is connected to electrodes of said battery so as to detect the voltage of said battery, and wherein, during charging said battery, - said power adaptor is configured to first charge said battery in a regular charge mode; - when the output current value of said power adaptor falls within a regular current range at predefined time intervals, said power adaptor is configured to perform quick charge inquiry communication with said charging control module; - after said charging control module sends a quick charge command to said power adaptor, said power adaptor is configured to adjust the output voltage according to battery voltage information fed back by said charging control module; - when said output voltage meets requirements of quick charge voltage predefined in said charging control module, said power adaptor is configured to adjust the output current and output voltage to charge said battery according to a quick charge mode in which a charging time for the battery is reduced relative to said regular charge mode, wherein and said charging control module is configured to simultaneously introduce a direct current from said power adaptor to charge said battery. - said power adaptor is configured to first charge said battery in a regular charge mode; - when the output current value of said power adaptor falls within a regular current range at predefined time intervals, said power adaptor is configured to perform quick charge inquiry communication with said charging control module; - after said charging control module sends a quick charge command to said power adaptor, said power adaptor is configured to adjust the output voltage according to battery voltage information fed back by said charging control module; - when said output voltage meets requirements of quick charge voltage predefined in said charging control module, said power adaptor is configured to adjust the output current and output voltage to charge said battery according to a quick charge mode in which a charging time for the battery is reduced relative to said regular charge mode,
Spring (1, 23) with at least one tensile member, capable of withstanding tensile stress (2, 17, 71, 76), of low elasticity, and with a force-displacement conversion unit (3, 18, 24) tailored to the low elasticity of the tensile member (2, 17, 71, 76) for the force-displacement conversion of a spring force F, wherein the force-displacement conversion unit (3, 18, 24) converts the spring force F being applied over a distance to an input control element designed so as to be flexible (6, 19, 29), in a certain force-displacement conversion ratio, into a high force on an output control element designed so as to be flexible (7, 20, 30, 54, 60, 68, 72), which is absorbed by the tensile member capable of withstanding tensile stress (2, 17, 71, 76), wherein the output control element (7, 20, 30, 54, 60, 68, 72) has an operative connection with the tensile member (2, 17, 71, 76) in such a way that the tensile member (2, 17, 71, 76) essentially only experiences tensile stress in the tensile member.
A call registration device of an elevator, comprising: a microphone provided in an elevator hall or a car; a storage device which has stored recognition information on the floor of a building in which the elevator is installed as information to be compared with a voice inputted from the microphone in registering a car call on the basis of the voice inputted to the microphone; and change means for changing the recognition information stored in the storage device on the basis of a voice inputted to the microphone within a given period of time after a special operation set beforehand is performed by use of elevator equipment of a hall or car where the microphone is provided, characterised in that the change means changes the recognition information stored in the storage device on the basis of a voice inputted to the microphone within a given period of time after the special operation is performed by use of an operating panel of a hall or car where the microphone is provided and that the change means changes the recognition information on a floor corresponding to a car call button on the basis of a voice inputted to the microphone within a given period of time after the special operation is performed by use of the car call button of the operating panel. a microphone provided in an elevator hall or a car; a storage device which has stored recognition information on the floor of a building in which the elevator is installed as information to be compared with a voice inputted from the microphone in registering a car call on the basis of the voice inputted to the microphone; and change means for changing the recognition information stored in the storage device on the basis of a voice inputted to the microphone within a given period of time after a special operation set beforehand is performed by use of elevator equipment of a hall or car where the microphone is provided, characterised in that the change means changes the recognition information stored in the storage device on the basis of a voice inputted to the microphone within a given period of time after the special operation is performed by use of an operating panel of a hall or car where the microphone is provided and that the change means changes the recognition information on a floor corresponding to a car call button on the basis of a voice inputted to the microphone within a given period of time after the special operation is performed by use of the car call button of the operating panel.
Drive unit for a vertical blind, said drive unit comprising a shared drive element for the displacing movement and the rotating movement of vertical slats, a differential, whose drive element is coupled to the shared drive element, whose first output drive element is coupled to the first drive means for the rotating movement of the vertical slats, and whose second output drive element is coupled to the second drive means for the displacing movement of the vertical slats, characterised in that another differential is interposed between the first output drive element and the first drive means for the rotating movement, wherein the another differential has another drive element, another first output drive element and another second output drive element (22, 44), the another drive element is coupled to the first output drive element, and the another first output drive element (32, 40) is coupled to the first drive means for the rotating movement.
An apparatus for use with a syringe to provide a safety syringe, the apparatus comprising: a sheath deployable for at least partially covering a needle of the syringe; a sheath actuator for deploying the sheath; and a ratioed mechanism linking the sheath and the sheath actuator and configured such that a magnitude of movement of the sheath is greater than a magnitude of movement of the sheath actuator during deployment of the sheath, wherein the ratioed mechanism comprises a rack and pinion arrangement; and wherein the pinion comprises a first set of teeth engaged with the first rack and a second set of teeth engaged with the second rack, and wherein the first set of teeth has a smaller radius than the second set of teeth. a sheath deployable for at least partially covering a needle of the syringe; a sheath actuator for deploying the sheath; and a ratioed mechanism linking the sheath and the sheath actuator and configured such that a magnitude of movement of the sheath is greater than a magnitude of movement of the sheath actuator during deployment of the sheath, wherein the ratioed mechanism comprises a rack and pinion arrangement; and wherein the pinion comprises a first set of teeth engaged with the first rack and a second set of teeth engaged with the second rack, and wherein the first set of teeth has a smaller radius than the second set of teeth.
Organopolysiloxane represented by any formula selected from the group consisting of formulae through and through: wherein R 1 represents any selected from the group consisting of a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, a substituted or unsubstituted cycloalkyl group having 3 to 10 carbon atoms, a substituted or unsubstituted aryl group, and a substituted or unsubstituted aralkyl group, in which the substituted R 1 is substituted with a hydroxy containing group, a cyano group, and/or a halogen containing group; R 2 represents an unsaturated bond-containing group having 2 to 10 carbon atoms; Y represents a divalent hydrocarbon group having 2 to 10 carbon atoms; m represents an integer of 0 to 2000; n represents an integer of 0 to 20; and r represents an integer of 0 to 20. wherein R 1 represents any selected from the group consisting of a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, a substituted or unsubstituted cycloalkyl group having 3 to 10 carbon atoms, a substituted or unsubstituted aryl group, and a substituted or unsubstituted aralkyl group, in which the substituted R 1 is substituted with a hydroxy containing group, a cyano group, and/or a halogen containing group; R 2 represents an unsaturated bond-containing group having 2 to 10 carbon atoms; Y represents a divalent hydrocarbon group having 2 to 10 carbon atoms; m represents an integer of 0 to 2000; n represents an integer of 0 to 20; and r represents an integer of 0 to 20.
A method for reclaiming fibers from a textile made of cellulose/synthetic fiber blend, comprising adding the textile to a solution comprising molten salt hydrate and an acid catalyst to form a reaction mixture in which cellulose fibers are fibrillated and depolymerized, terminating the reaction to obtain fibrillated and depolymerized cellulose, recovering the cellulose from the reaction mixture, and recovering the synthetic fiber.
Preassembled fluid line, comprising a fluid line made of plastic with an internal flow duct with a heating device arranged around its circumference in the longitudinal direction, wherein the fluid line is arranged in a casing tube surrounding it and a terminal connector is connected to the fluid line at the end, wherein the terminal connector is formed as a plug connector made of plastic and can be inserted detachably into a sleeve part by means of a tubular coupling section at its end, wherein the fluid line is inserted with its insertion section that is free of the heating device at its end into a through-channel of the plug connector, at least in the region of a connecting section of the plug connector, and the plug connector is connected to the fluid line in the region of its insertion section by means of a laser weld, wherein a retaining flange is fixed within a protective housing in the form of a fixed bearing, and the protective housing encloses the casing tube at the end and the fluid line with the heating device located thereon in the region upstream of the insertion section, wherein, as viewed in the insertion direction, the plug connector has its coupling section arranged directly in front of the connecting section, the connecting section having the retaining flange formed perpendicular to a central longitudinal axis (Y-Y) of the plug connector at its front end as viewed in the insertion direction and, in the region of its coupling section, a latching extension which is perpendicular to the central longitudinal axis (Y-Y) and which engages behind the latching means of the sleeve part when the coupling section has been inserted into the sleeve part.
Home care formulation comprising a delivery system for the release of one or more active agent(s), wherein the delivery system comprises a carrier material and one or more active agent(s) which is loaded on the carrier material, and wherein the carrier material consists of magnesium carbonate having a specific surface area of ≥ 25 m 2 /g, measured using nitrogen and the BET method according to ISO 9277:2010. wherein the delivery system comprises a carrier material and one or more active agent(s) which is loaded on the carrier material, and wherein the carrier material consists of magnesium carbonate having a specific surface area of ≥ 25 m 2 /g, measured using nitrogen and the BET method according to ISO 9277:2010.
A modelling dough comprising; a) at least one starch-containing flour, wherein said starch-containing flour has a starch content of greater than 60% and an average particle diameter of less than 1mm; b) at least one low vapour pressure polar, oxygen containing organic solvent with a vapour pressure at 25°C of less than 2 kPa, selected from an alcohol, glycol, polyol, ketone, ester, amide, including cyclic compounds and mixtures thereof; and c) water; wherein the weight of water c) will be less than the weight of low vapour pressure solvent b); and wherein component b) is present at 20% to 70% by weight; and wherein the total amount of starch-containing flour a) in the modelling dough is in the range of 15 to 60% by weight. a) at least one starch-containing flour, wherein said starch-containing flour has a starch content of greater than 60% and an average particle diameter of less than 1mm; b) at least one low vapour pressure polar, oxygen containing organic solvent with a vapour pressure at 25°C of less than 2 kPa, selected from an alcohol, glycol, polyol, ketone, ester, amide, including cyclic compounds and mixtures thereof; and c) water; wherein the weight of water c) will be less than the weight of low vapour pressure solvent b); and wherein component b) is present at 20% to 70% by weight; and wherein the total amount of starch-containing flour a) in the modelling dough is in the range of 15 to 60% by weight.