mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining optimized contractual output data in response to a contractual request, comprising the steps: a. Receiving the contractual request with at least one specified contractual requirement to be met requesting the contractual output data; b. Providing a plurality of contracts or contractual alternatives of at least one contract about a contractual object; wherein c. each contract is defined in a domain-specific language; wherein d. each contract comprises at least one contractual term regarding the respective contractual object; e. Providing technical information regarding an industrial plant or associated unit; wherein f. the technical information is defined in a domain-specific language; characterized in that: g. Determining contractual output data in response to the received contractual request using an optimization algorithm based on the plurality of contracts or the contractual alternatives and the technical information in accordance with the contract request and specified contractual requirement; h. Providing the determined contractual output data to a production line of the industrial plant; and i. Manufacturing the contractual object associated with the determined contractual output data in the production line of the industrial plant in accordance with the determined contractual output data and any other related data, wherein the contractual object is a product of a production line of an industrial plant. a. Receiving the contractual request with at least one specified contractual requirement to be met requesting the contractual output data; b. Providing a plurality of contracts or contractual alternatives of at least one contract about a contractual object; wherein c. each contract is defined in a domain-specific language; wherein d. each contract comprises at least one contractual term regarding the respective contractual object; e. Providing technical information regarding an industrial plant or associated unit; wherein f. the technical information is defined in a domain-specific language; g. Determining contractual output data in response to the received contractual request using an optimization algorithm based on the plurality of contracts or the contractual alternatives and the technical information in accordance with the contract request and specified contractual requirement; h. Providing the determined contractual output data to a production line of the industrial plant; and i. Manufacturing the contractual object associated with the determined contractual output data in the production line of the industrial plant in accordance with the determined contractual output data and any other related data, wherein the contractual object is a product of a production line of an industrial plant.
Electric/electronic installation equipment, intended for being removably mounted in a flush-mounted housing which is attached in fixed manner in or to a building, wherein the electric/electronic installation equipment has at least one support arrangement, a design cover, an adjustment insert which is embodied in the manner of a frame and is adjustable in its installation depth, and a function module (3, 4) fixed on a support arrangement, wherein the design cover can be fixed on the support arrangement, and wherein the support arrangement is intended for fixing in the flush-mounted housing, wherein the adjustment insert is formed so that it can be held in the flush-mounted housing such that outer walls of the adjustment insert come to lie against inner walls of the flush-mounted housing, wherein the adjustment insert for adjustment to the plaster surface has four slots running in the mounting direction which cooperate with fastening screws of the flush-mounted housing, characterised in that the adjustment insert has at least one first latching means which is suitable for cooperating in latching manner with a second latching means which is present on the support arrangement, the first latching means and/or the second latching means being embodied in the manner of a latching spring.
A system for performing plasma treatment of respiratory infections comprising: an electrical energy generator configured to generate electrical energy to plasmatize a carrier gas into a plasma; and a dielectric barrier discharge mixer comprising: an interior chamber formed from a dielectric, said interior chamber having a first input configured to fluidly connect to a source of a humidified carrier gas, a second input configured to connect to a source of a humidified feed gas, and an output configured to connect to a delivery member; an active electrode inside said interior chamber and connected to an electrical output of said electrical energy generator; and an outer electrode connected to a ground; wherein a plasma is generated in said interior chamber when electrical energy is supplied from said electrical energy generator to said interior electrode while both humidified feed gas and humidified carrier gas flow into said interior chamber, and further comprising: a first humidifier fluidly connected to said first input of said chamber in said dielectric barrier discharge assembly; and a second humidifier fluidly connected to said second input of said chamber in said dielectric barrier discharge assembly.
A communication network switching system for an elevator system, comprising at least two communication networks (1031, 1032), wherein the at least two communication networks (1031, 1032) are respectively arranged in different areas of the elevator system and a building where the elevator system is located, and are configured to provide a communication link for a movable device in the areas, and wherein the communication network switching system is configured to enable the communication link of the movable device to be switched from one of the at least two communication networks (1031, 1032) to the other of at least two communication networks (1031, 1032) according to current movement characteristics of the movable device; characterised in that: the movement characteristics comprise at least one of a movement speed and a movement direction of the movable device, and movement speed data and/or movement direction data of the movable device is obtained by a first detection device arranged in the movable device, the elevator system and/or the building.
A process for smoothing the surface of a manufactured metallic workpiece, the workpiece having a region having an initial roughness (Ra) of greater than 2.0 μm, the process involving placing the metallic workpiece as the anode in an electrochemical cell, arranging for the temperature of the electrolyte in the vicinity of the anode to be at least 50°C, applying a voltage from 100V to 1000V across the electrochemical cell, thereby to generate a plasma membrane on the surface of the metallic workpiece which acts to remove material from the surface of the metallic workpiece, maintaining the plasma membrane for a period effective to cause the roughness of the workpiece to be reduced.
A denture adhesive composition comprising a homogeneous mixture of: a) from 10% to 90% by weight of the composition of a denture adhesive component; and b) from 20% to 70% by weight of the composition of a water insoluble component consisting of a water insoluble thermoplastic component selected from polyethylene, microcrystalline wax, and mixtures thereof; wherein the composition is an article which is solid prior to use and which comprises a single layer. a) from 10% to 90% by weight of the composition of a denture adhesive component; and b) from 20% to 70% by weight of the composition of a water insoluble component consisting of a water insoluble thermoplastic component selected from polyethylene, microcrystalline wax, and mixtures thereof;
An impact-absorbing member for a vehicle in which during use the impact-absorbing member is expected to absorb impact forces sufficient to permanently deform the impact-absorbing member, the impact-absorbing member including an energy-absorbing cellular poly(alkenyl aromatic) resin having a density of no greater than 40 kg/m 3 and formed by extruding a single, continuous mass of a foamable resin mixture in a direction of extrusion, wherein the cellular polymer exhibits an elastic limit of 3-10% strain and anisotropic behavior represented by C E /C T, C V /C T and C H /C T, wherein at least one of C E /C T, C V /C T and C H /C T has a value of from 0.40 to 0.80 and at least one of C V /C T and C H /C T is greater than C E /C T, wherein C E, C V and C H represent the compressive strength of the foam in an extrusion direction E, a direction of vertical expansion V and a direction of horizontal expansion H, respectively, and C T represents the sum of C E, C V and C H.
Locking device consisting of a combination lock, which is provided with several hand wheels having coupling discs, which allow for setting and resetting a personal opening code, and a secondary lock to be operated by a master key, by means of which a reset device can be set in operation and by means of which the locking device can be unlocked also without knowledge of the opening code, wherein resetting the combination lock to a state with a predetermined opening code is possible from any combination setting, even if it does not correspond to the opening code, characterised in that resetting the combination lock to a state with a predetermined opening code automatically takes place when the secondary lock is operated and the coupling discs are disengaged from the hand wheels during the opening rotational movement of the locking device by simultaneous operation of an operating element.
A slide rail assembly, applicable to a post, the slide rail assembly comprising: a first rail; a second rail movable relative to the first rail; and a bracket device attached to the first rail, the bracket device comprising: a bracket comprising a side wall and a mounting member adjacent to the side wall, the mounting member configured to be inserted into a hole of the post; and characterized by: a fastening member comprising a side part pivoted to the bracket, a fastening part bent relative to the side part, and a blocking feature arranged on the side part and adjacent to a bending position between the side part and the fastening part, wherein the blocking feature is a protrusion; wherein when the mounting member is inserted to the hole of the post in order to mount the slide rail assembly to the post, the fastening part of the fastening member is configured to lock the post; wherein when the slide rail assembly is moved by a force, the blocking feature is configured to abut against the post in order to prevent the mounting member from being detached from the hole of the post. a first rail; a second rail movable relative to the first rail; and a bracket device attached to the first rail, the bracket device comprising: a bracket comprising a side wall and a mounting member adjacent to the side wall, the mounting member configured to be inserted into a hole of the post; and characterized by: a fastening member comprising a side part pivoted to the bracket, a fastening part bent relative to the side part, and a blocking feature arranged on the side part and adjacent to a bending position between the side part and the fastening part, wherein the blocking feature is a protrusion; a bracket comprising a side wall and a mounting member adjacent to the side wall, the mounting member configured to be inserted into a hole of the post; and characterized by: a fastening member comprising a side part pivoted to the bracket, a fastening part bent relative to the side part, and a blocking feature arranged on the side part and adjacent to a bending position between the side part and the fastening part, wherein the blocking feature is a protrusion; wherein when the mounting member is inserted to the hole of the post in order to mount the slide rail assembly to the post, the fastening part of the fastening member is configured to lock the post; wherein when the slide rail assembly is moved by a force, the blocking feature is configured to abut against the post in order to prevent the mounting member from being detached from the hole of the post.
A method performed by a wireless device, for operating in a Fifth Generation, 5G, network, the method comprising: receiving data to be transmitted as an uplink, UL, transmission in Configured Grant, CG, resources, the data to be transmitted Knumber of times within a CG period for the CG resources; determining that a number of Transmission Occasions, TOs, remaining within the CG resources and within the CG period for the wireless device is less than K; and transmitting the data within the remaining TOs within the CG resources, the method characterized by: also transmitting the data within TOs within shared resources, which are different from the CG resources, such that the transmission is performed at least K number of times. receiving data to be transmitted as an uplink, UL, transmission in Configured Grant, CG, resources, the data to be transmitted Knumber of times within a CG period for the CG resources; determining that a number of Transmission Occasions, TOs, remaining within the CG resources and within the CG period for the wireless device is less than K; and transmitting the data within the remaining TOs within the CG resources, the method characterized by: also transmitting the data within TOs within shared resources, which are different from the CG resources, such that the transmission is performed at least K number of times.
A method for producing 1,2,3,5,6-pentathiepane, the method comprising Steps A, B and C in this order: Step A: a step of reacting trithiocarbonate, sulfur and methane dihalide using a phase-transfer catalyst in a multi-layer system having an aqueous layer and an organic layer; Step B: a step of separating the aqueous layer from the organic layer; and Step C: a step of terminating the reaction with an acid. Step A: a step of reacting trithiocarbonate, sulfur and methane dihalide using a phase-transfer catalyst in a multi-layer system having an aqueous layer and an organic layer; Step B: a step of separating the aqueous layer from the organic layer; and Step C: a step of terminating the reaction with an acid.
An optical waveguide for use in detecting pressure distribution in a fluid over a range of fluid pressures, the waveguide being adapted to deform asymmetrically transverse to its length on exertion of substantially isotropic pressure by the fluid such that the birefringence of the waveguide varies with the exerted pressure, but remains low over said range of fluid pressures, characterized by the waveguide having a value of intrinsic birefringence selected such that the waveguide has substantially zero birefringence at a pressure offset from atmospheric pressure to define the range of fluid pressures detectable using the waveguide.
A straightness correcting method for a surface texture measuring instrument provided with a detector that supports, to be displaceable, a stylus having a sensing pin at a tip end to be touched on a surface of a measurement work and that detects a surface texture of a measurement work, a drive unit that moves the detector relatively to a measurement direction, and a detector posture change mechanism that changes the detector in posture, comprising: a correction data storage step of storing, to storage means, detector correction data derived for every movement position of the drive unit in relation to each of two different postures set to the detector to take, wherein one of the two different postures is a posture that the sensing pin is oriented in a downward direction (0-degree direction) and the other posture is a posture that the sensing pin is oriented in a sideward direction (90-degree direction); a measurement data acquisition step of acquiring, at measurement, as measurement data, the movement positions of the drive unit and a detection amount of the detector while driving the drive unit in a state that the detector is set by the detector posture change mechanism to any of the postures corresponding to a measurement surface of the measurement work, and in a state that the detector is made capable of detecting a surface texture of the measurement surface of the measurement work; a correction calculation step of calculating correction data in agreement with a rotation angle (θ) of the detector at measurement based on the rotation angle (θ) of the detector at measurement, and the detector correction data stored in the storage means of the two different postures, and correcting the measurement data using the correction data. a correction data storage step of storing, to storage means, detector correction data derived for every movement position of the drive unit in relation to each of two different postures set to the detector to take, wherein one of the two different postures is a posture that the sensing pin is oriented in a downward direction (0-degree direction) and the other posture is a posture that the sensing pin is oriented in a sideward direction (90-degree direction); a measurement data acquisition step of acquiring, at measurement, as measurement data, the movement positions of the drive unit and a detection amount of the detector while driving the drive unit in a state that the detector is set by the detector posture change mechanism to any of the postures corresponding to a measurement surface of the measurement work, and in a state that the detector is made capable of detecting a surface texture of the measurement surface of the measurement work; a correction calculation step of calculating correction data in agreement with a rotation angle (θ) of the detector at measurement based on the rotation angle (θ) of the detector at measurement, and the detector correction data stored in the storage means of the two different postures, and correcting the measurement data using the correction data.
Method for endogenously processing a candidate image, in order to detect whether a part of the candidate image has been moved within said image, said candidate image being unique and representing a document comprising a plurality of characters, characterized in that it comprises steps consisting in: - selecting a set of characters from among all or some of the plurality of characters, said set of characters being able to comprise at least two subsets of characters, from the selected set, - extracting at least one of: at least one set of individual characters, at least one packet of characters, each packet comprising a plurality of pairwise adjacent characters, - storing the characters extracted individually or by packet in a memory, - comparing the stored characters pairwise, and - sending a signal which is representative of the result of the comparison. - selecting a set of characters from among all or some of the plurality of characters, said set of characters being able to comprise at least two subsets of characters, - extracting at least one of: at least one set of individual characters, at least one packet of characters, each packet comprising a plurality of pairwise adjacent characters, at least one set of individual characters, at least one packet of characters, each packet comprising a plurality of pairwise adjacent characters, - storing the characters extracted individually or by packet in a memory, - comparing the stored characters pairwise, and - sending a signal which is representative of the result of the comparison.
Current collector for an electrical consuming device which is movable in a direction of travel along a conductor line and having at least two pantograph slippers (33, 33') arranged one behind another in direction of travel on a rocker, wherein the rocker is mounted on a rocker arm about a rotational axis running perpendicularly to the direction of travel, by means of which rocker arm the rocker is movable for contacting the pantograph slippers (33, 33') with an electrically conductive conductor strand of the conductor line towards the conductor strand, characterised in that a first spring arm, which slides on a first sliding surface assigned to the rocker arm, is arranged on the rocker, or the first spring arm is assigned to the rocker arm and the first sliding surface is arranged on the rocker, wherein the first spring arm on deflection of the rocker is stretched from a rest position and presses the rocker towards the rest position.
A stent, the stent having an inner surface and an outer surface, at least a portion of the outer surface of the stent comprising: a dissolvable adhesive polymer or degradable adhesive polymer disposed on at least a portion of the outer surface of the stent, the adhesive is activated by exposure to an aqueous environment, the dissolvable adhesive polymer dissolves over time in an aqueous environment or the degradable adhesive polymer degrades over time in an aqueous environment, the dissolvable adhesive polymer or the degradable adhesive polymer contributes an initial surface tack to the stent that is resistant to migration of the stent within a body lumen; and a coating of silicone or urethane on the outer surface of the stent beneath the dissolvable or degradable adhesive polymer. a dissolvable adhesive polymer or degradable adhesive polymer disposed on at least a portion of the outer surface of the stent, the adhesive is activated by exposure to an aqueous environment, the dissolvable adhesive polymer dissolves over time in an aqueous environment or the degradable adhesive polymer degrades over time in an aqueous environment, the dissolvable adhesive polymer or the degradable adhesive polymer contributes an initial surface tack to the stent that is resistant to migration of the stent within a body lumen; and a coating of silicone or urethane on the outer surface of the stent beneath the dissolvable or degradable adhesive polymer.
Method for removing a liquid from a container which is used in laboratories with a sample, comprising of providing a container with a sample consisting of solid constituents and a liquid, arranging an opening in the container and subsequently centrifuging the container so as to cause the liquid to flow out of the container, characterized in that the opening is arranged at a distance from the bottom of the container that ensures that the solid substances remain in the container and sufficiently close to the bottom to allow substantially all liquid to flow out.