mhurhangee/ep-ind-claims huggingface dataset:
A governor assembly, comprising: a sheave rotatably mounted on a shaft; an overspeed assembly including: a swing jaw mounted to the sheave movable between a normal position and a tripped position, the swing jaw being biased into the tripped position, wherein when the swing jaw is in the tripped position, rotation of the sheave in a first direction is restricted; and a tripping lever pivotally mounted to the sheave, the tripping lever being configured to cooperate with the swing jaw, wherein rotation of the sheave in a second, opposite direction is configured to automatically move the swing jaw against its bias to the normal position; and a ratchet disc mounted on the shaft such that rotation of the ratchet disc is restricted, wherein the ratchet disc is decoupled from rotation of the sheave shaft during normal operating conditions such that the ratchet disc remains generally stationary, and characterised in that rotation of the sheave in the second opposite direction is relative to the stationary ratchet disc. a sheave rotatably mounted on a shaft; an overspeed assembly including: a swing jaw mounted to the sheave movable between a normal position and a tripped position, the swing jaw being biased into the tripped position, wherein when the swing jaw is in the tripped position, rotation of the sheave in a first direction is restricted; and a tripping lever pivotally mounted to the sheave, the tripping lever being configured to cooperate with the swing jaw, wherein rotation of the sheave in a second, opposite direction is configured to automatically move the swing jaw against its bias to the normal position; and a ratchet disc mounted on the shaft such that rotation of the ratchet disc is restricted, wherein the ratchet disc is decoupled from rotation of the sheave shaft during normal operating conditions such that the ratchet disc remains generally stationary, and characterised in that rotation of the sheave in the second opposite direction is relative to the stationary ratchet disc. a swing jaw mounted to the sheave movable between a normal position and a tripped position, the swing jaw being biased into the tripped position, wherein when the swing jaw is in the tripped position, rotation of the sheave in a first direction is restricted; and a tripping lever pivotally mounted to the sheave, the tripping lever being configured to cooperate with the swing jaw, wherein rotation of the sheave in a second, opposite direction is configured to automatically move the swing jaw against its bias to the normal position; and a ratchet disc mounted on the shaft such that rotation of the ratchet disc is restricted, wherein the ratchet disc is decoupled from rotation of the sheave shaft during normal operating conditions such that the ratchet disc remains generally stationary, and characterised in that rotation of the sheave in the second opposite direction is relative to the stationary ratchet disc.
Liquid food preparation system for preparing a liquid food from a food substance comprising a device and a capsule, by passing water through the substance in the capsule, comprising a water injection head for injecting water in the capsule, the device comprising: means for driving the capsule in centrifugation, the capsule being removably insertable in the device and the device comprising a capsule holder for holding the capsule in the device and a water injector, as part of the water injection head, arranged for introducing water in the capsule, wherein opening means are provided in the device which are configured relative to the capsule in the device to create at least one liquid delivery outlet in the capsule in response to the centrifugal forces of the liquid which exert in the capsule characterized in that the device comprises at least one opening means for providing at least one liquid delivery outlet in the capsule which is placed in a position relatively offset to said central axis of the capsule holder and wherein the capsule comprises a puncturable membrane into which is formed the at least one delivery outlet. means for driving the capsule in centrifugation, the capsule being removably insertable in the device and the device comprising a capsule holder for holding the capsule in the device and a water injector, as part of the water injection head, arranged for introducing water in the capsule,
A tire having a chafer structure for enhancing bead endurance, the tire comprising: a carcass having waved carcass cords; and a steel chafer covering the carcass and having a plurality of waved chafer cords wherein the main extending direction of the waved chafer cords is perpendicular to a longitudinal direction of the carcass cords. a carcass having waved carcass cords; and a steel chafer covering the carcass and having a plurality of waved chafer cords wherein the main extending direction of the waved chafer cords is perpendicular to a longitudinal direction of the carcass cords.
A sheet for use in a rod, the sheet comprising homogenised tobacco material, the homogenised tobacco material comprising particulate tobacco, an aerosol former, between 1% and 5% non-tobacco fibres by weight on a dry weight basis, and an extrinsic binder, wherein the sheet comprises at least 40% tobacco content on a dry weight basis, wherein the aerosol former content of the sheet is greater than 5% on a dry weight basis and wherein the sheet is formed by a casting process, wherein the sheet has a grammage between 100 g/m 2 and 300 g/m 2.
A method for conducting nondestructive testing of a composite system comprising: providing particles having a coating of a density modifier thereon to provide coated detectable particles having a property distinguishable from a property of the resin; providing a composite system comprising a curable resin further comprising a plurality of the coated detectable particles; providing an article; providing at least one sensor capable of detecting the detectable component within the composite system; operatively disposing the composite system relative to the article; and using the sensor to detect the detectable component within the composite system, wherein the density modifier enhances formation of a uniform and non-separating suspension of the coated detectable particles in the curable resin. providing particles having a coating of a density modifier thereon to provide coated detectable particles having a property distinguishable from a property of the resin; providing a composite system comprising a curable resin further comprising a plurality of the coated detectable particles; providing an article; providing at least one sensor capable of detecting the detectable component within the composite system; operatively disposing the composite system relative to the article; and using the sensor to detect the detectable component within the composite system,
A surgical instrument, comprising: a surgical tool configured to supply at least one actuation motion to an end effector, wherein the surgical tool is configured to perform an intended surgical function; and wherein the surgical tool comprises: an end effector, wherein the end effector comprises a cutting member configured to receive the at least one actuation motion; and a lockout mechanism (23, 26, 27, 29, 30) configured to prevent the cutting member from moving within the end effector when the lockout mechanism engages the cutting member; characterized in that the surgical instrument further comprises a surgical test device (100, 200) releasably engaged to at least a portion of the surgical tool, wherein the surgical test device is configured to permit the surgical tool to supply the at least one actuation motion while preventing the surgical tool from performing the intended surgical function and wherein the surgical test device comprises: a body (101, 201) comprising at least two side walls (102, 103) and a bottom wall, wherein the side walls extend from the bottom wall, wherein the side walls and the bottom wall define a cavity, and wherein the cavity is releasably engaged to the end effector; and a release member (107, 207) coupled to the body, wherein the release member is configured to prevent the lockout mechanism from engaging the cutting member. a surgical tool configured to supply at least one actuation motion to an end effector, wherein the surgical tool is configured to perform an intended surgical function; and wherein the surgical tool comprises: an end effector, wherein the end effector comprises a cutting member configured to receive the at least one actuation motion; and a lockout mechanism (23, 26, 27, 29, 30) configured to prevent the cutting member from moving within the end effector when the lockout mechanism engages the cutting member; characterized in that the surgical instrument further comprises a surgical test device (100, 200) releasably engaged to at least a portion of the surgical tool, wherein the surgical test device is configured to permit the surgical tool to supply the at least one actuation motion while preventing the surgical tool from performing the intended surgical function and wherein the surgical test device comprises: a body (101, 201) comprising at least two side walls (102, 103) and a bottom wall, wherein the side walls extend from the bottom wall, wherein the side walls and the bottom wall define a cavity, and wherein the cavity is releasably engaged to the end effector; and a release member (107, 207) coupled to the body, wherein the release member is configured to prevent the lockout mechanism from engaging the cutting member. a body (101, 201) comprising at least two side walls (102, 103) and a bottom wall, wherein the side walls extend from the bottom wall, wherein the side walls and the bottom wall define a cavity, and wherein the cavity is releasably engaged to the end effector; and a release member (107, 207) coupled to the body, wherein the release member is configured to prevent the lockout mechanism from engaging the cutting member.
A battery module comprising: a cartridge assembly including a plurality of cartridges receiving battery cells; a substrate protecting body combined to the cartridge assembly; a casing receiving the cartridge assembly and the substrate protecting body; and a cover combined to the casing, wherein the substrate protecting body includes an interval retaining unit so that a main body of the substrate protecting body is separated from the casing at a predetermined interval, wherein the substrate protecting body is formed of a plastic material, and wherein the casing comprises a first casing surrounding the cartridge assembly and a second casing surrounding the substrate protecting body, characterized in that the casing further comprises a non-contacting portion which does not contact the interval retaining unit and is spaced apart from the main body at the predetermined interval, and the first casing is welded to the second casing at a welded part of the non-contacting portion. a cartridge assembly including a plurality of cartridges receiving battery cells; a substrate protecting body combined to the cartridge assembly; a casing receiving the cartridge assembly and the substrate protecting body; and a cover combined to the casing, wherein the substrate protecting body includes an interval retaining unit so that a main body of the substrate protecting body is separated from the casing at a predetermined interval, wherein the substrate protecting body is formed of a plastic material, and wherein the casing comprises a first casing surrounding the cartridge assembly and a second casing surrounding the substrate protecting body, characterized in that the casing further comprises a non-contacting portion which does not contact the interval retaining unit and is spaced apart from the main body at the predetermined interval, and the first casing is welded to the second casing at a welded part of the non-contacting portion.
A method in a decoder for determining an estimate of a sample of a subband signal from two previous samples of the subband signal, wherein the subband signal corresponds to one of a plurality of subbands of a subband-domain representation of an audio signal determined using an analysis filterbank comprising a plurality of analysis filters, the method comprising determining signal model data comprising a model parameter; determining a first prediction coefficient to be applied to a first previous sample of the subband signal; wherein the first prediction coefficient is determined as a function of the model parameter using a pre-determined lookup table and/or a pre-determined analytical function; determining a second prediction coefficient to be applied to a second previous sample (222,) of the subband signal; wherein the second prediction coefficient is determined as a function of the model parameter using the lookup table and/or the analytical function; and determining the estimate of the sample by applying the first prediction coefficient to the first previous sample and by applying the second prediction coefficient to the second previous sample, wherein a time slot of the first previous sample immediately precedes a time slot of the sample, wherein a time slot of the second previous sample immediately precedes a time slot of the first previous sample, and wherein absolute values of the first and second prediction coefficients are independent of a subband index p of the sample. determining signal model data comprising a model parameter; determining a first prediction coefficient to be applied to a first previous sample of the subband signal; wherein the first prediction coefficient is determined as a function of the model parameter using a pre-determined lookup table and/or a pre-determined analytical function; determining a second prediction coefficient to be applied to a second previous sample (222,) of the subband signal; wherein the second prediction coefficient is determined as a function of the model parameter using the lookup table and/or the analytical function; and determining the estimate of the sample by applying the first prediction coefficient to the first previous sample and by applying the second prediction coefficient to the second previous sample,
Rubberized reinforcing ply for articles consisting of an elastomeric material, preferably for vehicle tyres, wherein the reinforcing ply has a strength of 10 kN/dm < x < 25 kN/dm and has a multiplicity of textile strengthening members which are arranged parallel to and spaced apart from one another, wherein each textile strengthening member is composed of at least one twisted multifilament yarn, and wherein the textile strengthening member is not composed of the material rayon, characterized in that the reinforcing ply satisfies the following condition: (D 2 / E 0) in mm corresponds to a value in a range from 0.31 mm to 0.38 mm, where D is the diameter of the textile strengthening member in mm and lies in a range from 0.38 mm to 0.52 mm, and where Eo = 100/epdm and the strength of the reinforcing ply means the breaking force of the reinforcing ply in kN per dm, which is calculated from the breaking force of the individual strengthening member multiplied by the number of strengthening members per dm of this reinforcing ply, with the breaking force being determined in accordance with ASTM D885M. (D 2 / E 0) in mm corresponds to a value in a range from 0.31 mm to 0.38 mm, where D is the diameter of the textile strengthening member in mm and lies in a range from 0.38 mm to 0.52 mm, and where Eo = 100/epdm and the strength of the reinforcing ply means the breaking force of the reinforcing ply in kN per dm, which is calculated from the breaking force of the individual strengthening member multiplied by the number of strengthening members per dm of this reinforcing ply, with the breaking force being determined in accordance with ASTM D885M.
An electroluminescent display device comprising: a substrate (110, 210) including a plurality of pixel regions; a plurality of light emitting diodes spaced apart from each other on the substrate (110, 210) and corresponding to the plurality of pixel regions, respectively; an encapsulation film (171, 271) respectively covering the plurality of light emitting diodes and having a first refractive index; a first partition wall disposed between the encapsulation film (171, 271) corresponding to a boundary between the plurality of pixel regions and having a second refractive index lower than the first refractive index; and a color filter layer (180, 280) disposed on the encapsulation film (171, 271) and the first partition wall, wherein the color filter layer (180, 280) includes a plurality of color filter patterns (181, 183, 185; 281, 283, 285) having a third refractive index and a second partition wall disposed between the plurality of color filter patterns (181, 183, 185; 281, 283, 285) and having a fourth refractive index lower than the third refractive index, wherein the second partition wall is disposed corresponding to the first partition wall, and wherein the plurality of color filter patterns (181, 183, 185; 281, 283, 285) are disposed to correspond to the plurality of light emitting diodes, respectively. a substrate (110, 210) including a plurality of pixel regions; a plurality of light emitting diodes spaced apart from each other on the substrate (110, 210) and corresponding to the plurality of pixel regions, respectively; an encapsulation film (171, 271) respectively covering the plurality of light emitting diodes and having a first refractive index; a first partition wall disposed between the encapsulation film (171, 271) corresponding to a boundary between the plurality of pixel regions and having a second refractive index lower than the first refractive index; and a color filter layer (180, 280) disposed on the encapsulation film (171, 271) and the first partition wall, wherein the color filter layer (180, 280) includes a plurality of color filter patterns (181, 183, 185; 281, 283, 285) having a third refractive index and a second partition wall disposed between the plurality of color filter patterns (181, 183, 185; 281, 283, 285) and having a fourth refractive index lower than the third refractive index, wherein the second partition wall is disposed corresponding to the first partition wall, and wherein the plurality of color filter patterns (181, 183, 185; 281, 283, 285) are disposed to correspond to the plurality of light emitting diodes, respectively.
A bending press, comprising a stationary table that is connected to a machine frame, a press beam that can be adjusted in the direction to and from the table along guide arrangements on the machine frame with the aid of at least one driving means, opposing support surfaces (9, 10) on the table and on the press beam for bending tools (11, 12) and/or tool receptacle devices, and an adjusting device on the table or on the press beam for actively adjusting a support surface between an essentially plane and an arched extent, wherein the support surface is formed by a beam element of the table or the press beam that extends over the entire length of the table and/or the press beam and is supported by means of a support structure of the table or the press beam, characterized in that the support structure features at least one elongate support element that can at least sectionally assume an angle of inclination relative to the adjustment direction of the press beam, and in that the adjusting device comprises an actuator that acts upon the support structure, particularly the support element, transverse to the adjustment direction and makes it possible to change the angle of inclination of the support element within the table and/or the press beam.
A method of synchronizing a device clock in a wireless network, comprising: identifying a temperature of a device comprising the device clock; identifying a clock drift of the device clock associated with the identified temperature; applying a correction to the device clock based on the identified clock drift, wherein, for the identified temperature, the clock drift is identified by comparing a statistical confidence interval of a clock drift value in a pre-calibration curve generated from fixed pairs of clock drift values and temperatures in a pre-calibration table with a statistical confidence interval of a clock drift value in a learning curve generated from variable pairs of clock drift values and temperatures in a learning table and selecting the drift value from the one of the pre-calibration and learning curve having the narrower statistical confidence interval, receiving a synchronization signal from a remote source; updating the variable pairs of clock drift values and temperatures of the learning table using data in the synchronization signal; aligning the device clock based on the data in the synchronization signal; and using a training algorithm to update the learning curve. identifying a temperature of a device comprising the device clock; identifying a clock drift of the device clock associated with the identified temperature; applying a correction to the device clock based on the identified clock drift, wherein, for the identified temperature, the clock drift is identified by comparing a statistical confidence interval of a clock drift value in a pre-calibration curve generated from fixed pairs of clock drift values and temperatures in a pre-calibration table with a statistical confidence interval of a clock drift value in a learning curve generated from variable pairs of clock drift values and temperatures in a learning table and selecting the drift value from the one of the pre-calibration and learning curve having the narrower statistical confidence interval, receiving a synchronization signal from a remote source; updating the variable pairs of clock drift values and temperatures of the learning table using data in the synchronization signal; aligning the device clock based on the data in the synchronization signal; and using a training algorithm to update the learning curve.