mhurhangee/ep-ind-claims huggingface dataset:
A method being executed by a computing device, the method comprising: receiving a first user input; determining a status of a first device having a first predetermined priority; determining a status of a second device having a second predetermined priority, different from the first priority; determining a confidence score for the first device based on the first user input and the status of the first device; determining a confidence score for the second device based on the first user input and the status of the second device; associating the first user input with the first or second device based on the first user input, the confidence score of the first device and the confidence score of the second device, wherein, when the confidence score of the first device and the confidence score of the second device are both within a specified range, the first user input is associated with the device with the higher predetermined priority; and communicating an instruction to the associated device to execute an operation related to the first user input on the associated device. receiving a first user input; determining a status of a first device having a first predetermined priority; determining a status of a second device having a second predetermined priority, different from the first priority; determining a confidence score for the first device based on the first user input and the status of the first device; determining a confidence score for the second device based on the first user input and the status of the second device; associating the first user input with the first or second device based on the first user input, the confidence score of the first device and the confidence score of the second device, wherein, when the confidence score of the first device and the confidence score of the second device are both within a specified range, the first user input is associated with the device with the higher predetermined priority; and communicating an instruction to the associated device to execute an operation related to the first user input on the associated device.
A cleaning head connectable to a vacuum cleaner comprising: a cassette removeably mountable on the cleaning head; a rotatable bar having projecting cleaning elements engageable with a surface to be cleaned and the rotatable bar is removeably mountable in the cassette; characterised by: a first cassette mounting assembly coupled to the rotatable bar at a first end with a first spindle; a second cassette mounting assembly coupled to the rotatable bar at a second end with a second spindle; wherein the first and second cassette mounting assemblies have removable cover portions (400, 410) for shielding the first and second spindles from debris and the first cassette mounting assembly is rotatably coupled to and removable with the first spindle. a cassette removeably mountable on the cleaning head; a rotatable bar having projecting cleaning elements engageable with a surface to be cleaned and the rotatable bar is removeably mountable in the cassette; characterised by: a first cassette mounting assembly coupled to the rotatable bar at a first end with a first spindle; a second cassette mounting assembly coupled to the rotatable bar at a second end with a second spindle; wherein the first and second cassette mounting assemblies have removable cover portions (400, 410) for shielding the first and second spindles from debris and the first cassette mounting assembly is rotatably coupled to and removable with the first spindle. a first cassette mounting assembly coupled to the rotatable bar at a first end with a first spindle; a second cassette mounting assembly coupled to the rotatable bar at a second end with a second spindle; wherein the first and second cassette mounting assemblies have removable cover portions (400, 410) for shielding the first and second spindles from debris and the first cassette mounting assembly is rotatably coupled to and removable with the first spindle.
Packaging apparatus for automatically packaging smoking articles each comprising a casing having at least one rear zone configured to be closed, said apparatus comprising, disposed in sequence in a direction of working, a first closing assembly which can be selectively activated to close said rear zone of said casing in accordance with a first closing mode, and a cutting assembly configured to selectively cut said rear zone of said casing, characterized in that it also comprises a second closing assembly which can be selectively activated to close said rear zone of said casing in accordance with a second closing mode different from said first closing mode, said second closing assembly being disposed downstream of the cutting assembly in said direction of working.
A method of determining set points of machines and energy storage units (12, 14, 16, 18) in a power system, the method comprising the steps of: - determining, during operation of the power system, current individual efficiency curves (60, 62, 64, 66) of machines and energy storage units, each such curve defining the efficiency of the corresponding machine or energy storage unit, where the efficiency of a machine is an amount of fuel and emissions required for delivering an amount of power and the efficiency of an energy storage element is based on the efficiency of the machine used to charge the energy storage unit and where a current efficiency curve is obtained as a real-time estimation using current and historic power system data, and at a point in time of power system control, - forming a function comprising at least one first expression, where the first expression is a sum of products, each product comprising the power of a machine or energy storage unit times the individual efficiency of the machine or energy storage unitobtained from the corresponding current individual efficiency curve, - determining a power demand of the system, - optimising the function subject to the condition that the sum of powers of the machines and energy storage units reach the power demand, and - determining desired set points of the machines and energy storage units based on the optimisation, and - supplying the set points to the machines and energy storage units. - determining, during operation of the power system, current individual efficiency curves (60, 62, 64, 66) of machines and energy storage units, each such curve defining the efficiency of the corresponding machine or energy storage unit, where the efficiency of a machine is an amount of fuel and emissions required for delivering an amount of power and the efficiency of an energy storage element is based on the efficiency of the machine used to charge the energy storage unit and where a current efficiency curve is obtained as a real-time estimation using current and historic power system data, and at a point in time of power system control, - forming a function comprising at least one first expression, where the first expression is a sum of products, each product comprising the power of a machine or energy storage unit times the individual efficiency of the machine or energy storage unitobtained from the corresponding current individual efficiency curve, - determining a power demand of the system, - optimising the function subject to the condition that the sum of powers of the machines and energy storage units reach the power demand, and - determining desired set points of the machines and energy storage units based on the optimisation, and - supplying the set points to the machines and energy storage units.
Apparatus (10, 10', 100) for controlling blood pressure in a subject, the apparatus (10, 10') comprising: an input (12, 12') for receiving a BP signal indicative of a blood pressure measurement; preferably wherein the blood pressure measurement comprises a systolic blood pressure measurement; a feedback control circuit (14, 14') connected to receive the BP signal from the input (12, 12') and to deliver a stimulation control signal to an output (16, 16'), the feedback control circuit (14, 14') configured to: compare the blood pressure measurement to a target blood pressure range, if the comparison indicates that the blood pressure measurement is below the target blood pressure range increase a level of the stimulation control signal until the blood pressure measurement is in the target blood pressure range; and if the comparison indicates that the blood pressure measurement is above the target blood pressure range decrease a level of the stimulation control signal until the blood pressure measurement is in the target blood pressure range. an input (12, 12') for receiving a BP signal indicative of a blood pressure measurement; preferably wherein the blood pressure measurement comprises a systolic blood pressure measurement; a feedback control circuit (14, 14') connected to receive the BP signal from the input (12, 12') and to deliver a stimulation control signal to an output (16, 16'), the feedback control circuit (14, 14') configured to: compare the blood pressure measurement to a target blood pressure range, if the comparison indicates that the blood pressure measurement is below the target blood pressure range increase a level of the stimulation control signal until the blood pressure measurement is in the target blood pressure range; and if the comparison indicates that the blood pressure measurement is above the target blood pressure range decrease a level of the stimulation control signal until the blood pressure measurement is in the target blood pressure range. compare the blood pressure measurement to a target blood pressure range, if the comparison indicates that the blood pressure measurement is below the target blood pressure range increase a level of the stimulation control signal until the blood pressure measurement is in the target blood pressure range; and if the comparison indicates that the blood pressure measurement is above the target blood pressure range decrease a level of the stimulation control signal until the blood pressure measurement is in the target blood pressure range.
A refrigeration apparatus comprising: a refrigerant containing HFO and HFC as main components, and a refrigerant oil containing an alkyl aromatic hydrocarbon and an oxygen-containing hydrocarbon as main components; the oxygen-containing hydrocarbon including at least one of an ester and an ether, a first refrigerant ratio being a mixing ratio by weight of HFO in the refrigerant, a second refrigerant ratio being a mixing ratio by weight of HFC in the refrigerant, a first oil ratio being a mixing ratio of the alkyl aromatic hydrocarbon in the refrigerant oil, a second oil ratio being a mixing ratio of the oxygen-containing hydrocarbon in the refrigerant oil, wherein the first refrigerant ratio is larger than the second refrigerant ratio, and wherein the first oil ratio is larger than the second oil ratio. a refrigerant containing HFO and HFC as main components, and a refrigerant oil containing an alkyl aromatic hydrocarbon and an oxygen-containing hydrocarbon as main components; the oxygen-containing hydrocarbon including at least one of an ester and an ether, a first refrigerant ratio being a mixing ratio by weight of HFO in the refrigerant, a second refrigerant ratio being a mixing ratio by weight of HFC in the refrigerant, a first oil ratio being a mixing ratio of the alkyl aromatic hydrocarbon in the refrigerant oil, a second oil ratio being a mixing ratio of the oxygen-containing hydrocarbon in the refrigerant oil, wherein the first refrigerant ratio is larger than the second refrigerant ratio, and wherein the first oil ratio is larger than the second oil ratio.
Composite material for use in the production of vehicle tyres comprising an arrangement of steel cords arranged side-by-side which are at least partially covered by a crosslinkable rubberization mixture, wherein the steel cords comprise a core having N steel filaments and a sheathing having M steel filaments which are helically wrapped around the core, wherein M and N are independently of one another in the range from 2 to 20, wherein the arrangement has a surface parameter S in the range from 60 to 300 mm, wherein the surface parameter is defined as: S = EPDM / 2 * D * π, wherein EPDM is the number of steel cords per decimetre along a direction orthogonal to the longitudinal direction of the steel cords and D is the average external diameter of the steel cords, wherein the average external diameter D of the steel cords is determined according to the standards ASTM D 2969 and ASTM D 4975 as valid at 1 June 2021, wherein after vulcanization the crosslinkable rubberization mixture has a storage modulus E` in the range from 6 to 20 MPa, characterized in that after vulcanization the crosslinkable rubberization mixture has a loss modulus E" in the range from 1 to 5 MPa and a tan δ = E"/E' in the range from 0.08 to 0.20, wherein determination of the storage modulus E`, the loss modulus E" and tan δ = E"/E' is carried out using a viscoelasticity spectrometer in accordance with the Japanese industrial standard JIS-K6394 at a temperature of 30°C, a frequency of 10 Hz, an initial deformation of 10% and an amplitude of +- 2% in the tensile test. wherein the steel cords comprise a core having N steel filaments and a sheathing having M steel filaments which are helically wrapped around the core, wherein M and N are independently of one another in the range from 2 to 20, wherein the arrangement has a surface parameter S in the range from 60 to 300 mm, wherein the surface parameter is defined as: S = EPDM / 2 * D * π, wherein EPDM is the number of steel cords per decimetre along a direction orthogonal to the longitudinal direction of the steel cords and D is the average external diameter of the steel cords, wherein the average external diameter D of the steel cords is determined according to the standards ASTM D 2969 and ASTM D 4975 as valid at 1 June 2021, wherein after vulcanization the crosslinkable rubberization mixture has a storage modulus E` in the range from 6 to 20 MPa, characterized in that after vulcanization the crosslinkable rubberization mixture has a loss modulus E" in the range from 1 to 5 MPa and a tan δ = E"/E' in the range from 0.08 to 0.20, wherein determination of the storage modulus E`, the loss modulus E" and tan δ = E"/E' is carried out using a viscoelasticity spectrometer in accordance with the Japanese industrial standard JIS-K6394 at a temperature of 30°C, a frequency of 10 Hz, an initial deformation of 10% and an amplitude of +- 2% in the tensile test.
A method for quantifying the amount of intact influenza virus particles in a sample, characterised in that the following steps are conducted: a) free virus RNA is removed from the sample, b) a method for detecting the remaining influenza virus RNA in the sample is applied, characterised in that a conserved region within the influenza genome is amplified, c) the signal generated in part (b) is compared to the signal generated by a standard RNA, d) the amount of intact virus particles is concluded. a) free virus RNA is removed from the sample, b) a method for detecting the remaining influenza virus RNA in the sample is applied, characterised in that a conserved region within the influenza genome is amplified, c) the signal generated in part (b) is compared to the signal generated by a standard RNA, d) the amount of intact virus particles is concluded.
A reusable non-plastic mold for making a contact lens, comprising a male mold half having a first mold surface in use being in contact with a hydrogel contact lens forming material and a female mold half having a second mold surface in use being in contact with the hydrogel contact lens forming material, wherein the male mold half and the female mold half are configured to receive each other such that a mold cavity is formed between the first mold surface and the second mold surface, wherein the mold cavity defines the shape of a contact lens to be molded, wherein the lens-forming material is polymerizable and/or crosslinkable by UV radiation, wherein the female mold half comprises spacers (19a, 19b) provided thereon and interacting with a flange of the male mold half to keep the male mold half and the female mold half at a distance apart, such that an annular gap results between them to prevent complete closure of the mold, so that the mold cavity is not completely and tightly closed but is open around a peripheral edge thereof defining the edge of the contact lens, and is linked to the annular gap, and wherein the male mold half comprises a mask impermeable to or at least having a poor permeability to the UV radiation compared with the permeability of the male mold half, the mask being arranged on a mold wall of the male mold half in the area of the annular gap, the mask extending right to the mold cavity to screen, with the exception of the mold cavity, all other parts, hollow spaces or areas of the mold that are in contact with or may come into contact with the hydrogel contact lens forming material, from UV radiation applied through the male mold half and triggering the polymerization and/or crosslinking of the hydrogel contact lens forming material, characterized in that the female mold half has a UV-absorbing antireflective coating on a back side of the female mold half, or in that a glass is attached to a flange of the female mold half and the UV-absorbing antireflective coating is on the glass attached to the flange of the female mold half.
An adhesive composition comprising an organic solvent, a polyolefin resin that is dissolved in said organic solvent, and a polyfunctional isocyanate compound, said polyolefin resin having a melt flow rate measured at 130°C of 5 to 40 g/10 min in accordance with JIS K 7210, and including a carboxyl group, wherein said polyolefin resin has a melting point of 84°C to 90°C.
Lid for a pressure cooker, comprising a frame lid having a lip seal and a grip, wherein the lid is lockable on a pressure cooker, characterized in that the grip comprises means for removing the grip from the frame lid together with at least part of a locking mechanism, the grip being removable via a sliding mechanism.
Method for mounting a duct or electrical harness referred to as CNB cable, intended to detect and warn of the non-buckling of a seat belt provided on a seat of a motor vehicle, the CNB cable being connected to the passenger compartment electrical harness of the vehicle by a connector, after having passed through a flange with a metal frame of the seat portion of the seat, comprising a preliminary step of moulding an assembly ring formed in a material that is not as resistant as the metal of the flange, said ring having an open perimeter that is complementary with a cut-out made in the flange of the frame, a step of integrating the CNB cable into the assembly ring after having passed through the open perimeter of this ring, a step of passing the connector through the cut-out of the flange, a step of adjusting the perimeter of said ring in this cut-out, the assembly ring being made of a material that is sufficiently elastic so that the perimeter can return to its initial position after the CNB cable has passed through it, and a step consisting in housing the CNB cable in a central zone of the assembly ring, with the CNB cable being integrated into this central zone via an access; the central being blocking in order to prevent the CNB cable from combing back out of this central zone.
A method of capturing chemical species from a fluid composition, the method comprising: contacting a first metal organic framework characterized by the formula NiNbF 5 O(pyrazine) 2 (solvent) x, NiFeF 5 (H 2 O)(pyrazine) 2 (solvent) x, or NiAlF 5 (H 2 O)(pyrazine) 2 (solvent) x with a fluid composition including at least carbon dioxide and hydrogen sulfide; and capturing carbon dioxide and hydrogen sulfide from the fluid composition. contacting a first metal organic framework characterized by the formula NiNbF 5 O(pyrazine) 2 (solvent) x, NiFeF 5 (H 2 O)(pyrazine) 2 (solvent) x, or NiAlF 5 (H 2 O)(pyrazine) 2 (solvent) x with a fluid composition including at least carbon dioxide and hydrogen sulfide; and capturing carbon dioxide and hydrogen sulfide from the fluid composition.
A positioning method, applied to a first server, comprising: receiving first location information sent by a terminal, the first location information comprising an identity of the terminal; sending a differential data request to a second server, the differential data request comprising the first location information, and the differential data request being configured for the second server to determine the differential data of the terminal; receiving the differential data sent by the second server; calculating, according to the differential data, the first location information to obtain second location information; and sending the second location information to the terminal, wherein the first server is an edge server, the second server is a central server, and the second server is configured to synchronize data of a plurality of first servers connected to the second server when the plurality of first servers are connected to the second server, so that the terminal switches among the plurality of first servers. receiving first location information sent by a terminal, the first location information comprising an identity of the terminal; sending a differential data request to a second server, the differential data request comprising the first location information, and the differential data request being configured for the second server to determine the differential data of the terminal; receiving the differential data sent by the second server; calculating, according to the differential data, the first location information to obtain second location information; and sending the second location information to the terminal, wherein the first server is an edge server, the second server is a central server, and the second server is configured to synchronize data of a plurality of first servers connected to the second server when the plurality of first servers are connected to the second server, so that the terminal switches among the plurality of first servers.
A hand-guided ground compaction machine, in particular a vibratory tamper or a vibration plate compactor, having - a superstructure, - a drive device arranged on the superstructure and having at least one drive shaft (10, 15, 20), - a substructure having a compaction plate (7, 8) driven by said drive device, and - a sensor device comprising at least one accelerometer for determining the ground stiffness of a ground to be compacted, characterized in that the sensor device is supplied with electrical power, in particular solely, by a generator driven by said at least one drive shaft (10, 15, 20). - a superstructure, - a drive device arranged on the superstructure and having at least one drive shaft (10, 15, 20), - a substructure having a compaction plate (7, 8) driven by said drive device, and - a sensor device comprising at least one accelerometer for determining the ground stiffness of a ground to be compacted,