mhurhangee/ep-ind-claims huggingface dataset:
An intra-ocular lens system (120, 220), comprising: a first lens (122, 222) sized and shaped for implantation into a posterior chamber of an eye, the first lens having a positive power optic (126, 226) with a first optical axis; and a second lens (124, 224) sized and shaped for implantation into the posterior chamber of the eye and configured for engagement with the first lens (122, 222), the second lens having an anterior surface and an opposing posterior surface, wherein a central portion of the second lens defines a negative surface power optic with a second optical axis and wherein a peripheral portion of the anterior surface of the second lens defines a first positive surface power optic; wherein the first lens includes a first haptic system and the second lens includes a second haptic system, the first and second haptic systems (128, 148) configured to produce the offset between the first optical axis and the second optical axis. wherein the first optical axis and the second optical axis are offset with respect to one another when the first and second lenses are engaged, and the first first haptic system having a first rim (130, 230) and the second haptic system having a second rim configured for engagement with the rim of the first lens. a first lens (122, 222) sized and shaped for implantation into a posterior chamber of an eye, the first lens having a positive power optic (126, 226) with a first optical axis; and a second lens (124, 224) sized and shaped for implantation into the posterior chamber of the eye and configured for engagement with the first lens (122, 222), the second lens having an anterior surface and an opposing posterior surface, wherein a central portion of the second lens defines a negative surface power optic with a second optical axis and wherein a peripheral portion of the anterior surface of the second lens defines a first positive surface power optic; wherein the first lens includes a first haptic system and the second lens includes a second haptic system, the first and second haptic systems (128, 148) configured to produce the offset between the first optical axis and the second optical axis. wherein the first optical axis and the second optical axis are offset with respect to one another when the first and second lenses are engaged, and the first first haptic system having a first rim (130, 230) and the second haptic system having a second rim configured for engagement with the rim of the first lens.
A soft magnetic member, wherein when a differential relative permeability in an applied magnetic field of 100 A/m is represented by a first differential relative permeability μ'L, and when a differential relative permeability in an applied magnetic field of 40 kA/m is represented by a second differential relative permeability μ'H, a ratio of the first differential relative permeability μ'L to the second differential relative permeability μ'H in the soft magnetic member satisfies a relationship of μ'L/μ'H≤10, and a magnetic flux density in an applied magnetic field of 60 kA/m is 1.15 T or higher, characterised in that the soft magnetic member is a dust core formed from a powder for a dust core, in the powder for the dust core, surfaces of soft magnetic particles are coated with an insulating film, and the insulating film has a Vickers hardness, which is 2.0 times or higher than that of the soft magnetic particles, and has a thickness of 150 nm to 2 μm, the soft magnetic particles are formed of an iron-aluminum-silicon alloy, the insulating film contains aluminum oxide as a major component, and in the iron-aluminum-silicon alloy, the Si content is 1 mass% to 7 mass%, the Al content is 1 mass% to 6 mass%, the total content of Si and Al is 1 mass% to 12 mass%, and the balance includes iron and unavoidable impurities.
An operating method of a drum type washing machine comprising: a drum for washing laundry therein and being rotatable around a horizontal axis; a tub disposed inside a cabinet and storing washing water; a steam generating apparatus for generating steam by heating water; a water supply line for providing a passage to the water to be supplied to the steam generating apparatus; and a water supply valve for opening/closing the water supply line; the washing machine further comprising a steam supply line for providing a passage to the steam generated by the steam generating apparatus such that the steam is sprayed into the drum and sprayed directly to the laundry to heat the laundry; wherein the steam generating apparatus comprises a housing including a water supply pipe in flow communication with the water supply line and a steam discharge pipe in flow communication with the steam supply line, further comprising flowing water to the water supply line to pass through a detergent box and to be supplied to the inside of the tub together with a detergent when a user presses a steam washing operating button; operating the water supply valve to open the water supply line so that the water is supplied into the housing through the water supply pipe; heating the water into steam while the water is flowing through the steam generating apparatus; and spraying the steam into the drum to heat the laundry characterized in that, the water supply pipe, which is connected with the water supply valve, is only communicated with the water supply line and not to the tub to receive the water for generating steam. a drum for washing laundry therein and being rotatable around a horizontal axis; a tub disposed inside a cabinet and storing washing water; a steam generating apparatus for generating steam by heating water; a water supply line for providing a passage to the water to be supplied to the steam generating apparatus; and a water supply valve for opening/closing the water supply line; the washing machine further comprising a steam supply line for providing a passage to the steam generated by the steam generating apparatus such that the steam is sprayed into the drum and sprayed directly to the laundry to heat the laundry; wherein the steam generating apparatus comprises a housing including a water supply pipe in flow communication with the water supply line and a steam discharge pipe in flow communication with the steam supply line, further comprising flowing water to the water supply line to pass through a detergent box and to be supplied to the inside of the tub together with a detergent when a user presses a steam washing operating button; operating the water supply valve to open the water supply line so that the water is supplied into the housing through the water supply pipe; heating the water into steam while the water is flowing through the steam generating apparatus; and spraying the steam into the drum to heat the laundry characterized in that, the water supply pipe, which is connected with the water supply valve, is only communicated with the water supply line and not to the tub to receive the water for generating steam.
A lamp for a vehicle, comprising: a light generation unit; a bracket; and a lens (320a, 320b) configured to change an optical path of light generated by the light generation unit, wherein the light generation unit comprises a flexible array on which a plurality of micro Light Emitting Diode, LED, chips is transferred, and wherein the flexible array is bent to embrace at least part of the bracket, wherein the bracket comprises: a base, and a holder which extends from the base toward the flexible array and fixing the flexible array, wherein the holder is configured to penetrate the flexible array thereby fixing said flexible array. a light generation unit; a bracket; and a lens (320a, 320b) configured to change an optical path of light generated by the light generation unit, wherein the light generation unit comprises a flexible array on which a plurality of micro Light Emitting Diode, LED, chips is transferred, and wherein the flexible array is bent to embrace at least part of the bracket, wherein the bracket comprises: a base, and a holder which extends from the base toward the flexible array and fixing the flexible array, wherein the holder is configured to penetrate the flexible array thereby fixing said flexible array. a base, and a holder which extends from the base toward the flexible array and fixing the flexible array, wherein the holder is configured to penetrate the flexible array thereby fixing said flexible array.
A method, performed in a radio communications network, of determining the geographic location of a portable electronic device in a radio communications network, comprising the steps of: transmitting radio signals from a first network transmitter, receiving, in the network, a measurement signal from the portable electronic device, which measurement signal comprises, for the transmitted radio signal, a plurality of data samples obtained in the electronic device from the transmitted signal at different time points during a measurement period with movement of the portable electronic device, with a sample period controlled to target a predetermined distance between the measurement points based on determined speed of movement of the apparatus during the measurement period, wherein the predetermined distance is selected to be less than one wavelength of the transmitted radio signal, and local position data associated to each data sample obtained from a local positioning unit in the electronic device, so as to form a synthetic antenna array; obtaining, in the network, a direction measurement between the electronic device and the first network transmitter from the synthetic antenna array; obtaining geographic location data for the first network transmitter; and identifying geographic location data of the portable electronic device based on the direction measurement and the geographic location data for the first network transmitter. transmitting radio signals from a first network transmitter, receiving, in the network, a measurement signal from the portable electronic device, which measurement signal comprises, for the transmitted radio signal, a plurality of data samples obtained in the electronic device from the transmitted signal at different time points during a measurement period with movement of the portable electronic device, with a sample period controlled to target a predetermined distance between the measurement points based on determined speed of movement of the apparatus during the measurement period, wherein the predetermined distance is selected to be less than one wavelength of the transmitted radio signal, and local position data associated to each data sample obtained from a local positioning unit in the electronic device, so as to form a synthetic antenna array; obtaining, in the network, a direction measurement between the electronic device and the first network transmitter from the synthetic antenna array; obtaining geographic location data for the first network transmitter; and identifying geographic location data of the portable electronic device based on the direction measurement and the geographic location data for the first network transmitter.
A flowable concentrated soap cleansing composition comprising: (i) from about 40 to about 65% by weight of C 12 -C 18 fatty acid mixture in combined amount of salt and free acid form, the mixture having C 12 -C 14 chain length present in greater amount than C 16 -C 18 chain length of fatty acid; (ii) from about 25 to about 50% by weight of water; (iii) from about 1 to about 15% of a first anti-crystallization agent which is sodium lauryl ether sulfate with an average ethoxylation of from 0.5 to 2 moles ethylene oxide per mole of sulfate; (iv) from about 2 to about 15% by weight of a second anti-crystallization agent which is polypropylene glycol having a weight average molecular weight ranging from about 195 to about 10,000; and wherein the composition has a viscosity ranging from about 10,000 to about 100,000 cps at 20°C as measured after 2 minutes at 10 rpm on a Brookfield Viscometer using Spindle RV 7. (i) from about 40 to about 65% by weight of C 12 -C 18 fatty acid mixture in combined amount of salt and free acid form, the mixture having C 12 -C 14 chain length present in greater amount than C 16 -C 18 chain length of fatty acid; (ii) from about 25 to about 50% by weight of water; (iii) from about 1 to about 15% of a first anti-crystallization agent which is sodium lauryl ether sulfate with an average ethoxylation of from 0.5 to 2 moles ethylene oxide per mole of sulfate; (iv) from about 2 to about 15% by weight of a second anti-crystallization agent which is polypropylene glycol having a weight average molecular weight ranging from about 195 to about 10,000; and
A band detection sensor for detecting bands arranged on one side of a web and spaced from each other in a longitudinal direction of the web, therein the web is a cigarette wrapper web and the bands are formed by application of an ignition inhibitor in liquid form to the web, the band detection sensor comprising: a light emitter arranged at a location along a travel path of the web and configured to radiate detection light onto the one side of the web on which the bands are arranged a light receiver arranged at a location along the travel path at a distance from the light emitter along the travel path, the light receiver being configured to receive the detection light reflected by the web and the bands, and output a detection signal (S D) corresponding to intensity of the received detection light; and a band discriminator configured to discriminate the bands on the web on the basis of the detection signal (S D) from the light receiver, characterized in that the band discriminator includes a rise discriminating criterion (L 1) indicating a rate of rise of the detection signal (S D) and is adapted to generate a band signal (S B) indicative of presence of the band when change of the detection signal (S D) fulfills the rise discriminating criterion (L 1). a light emitter arranged at a location along a travel path of the web and configured to radiate detection light onto the one side of the web on which the bands are arranged a light receiver arranged at a location along the travel path at a distance from the light emitter along the travel path, the light receiver being configured to receive the detection light reflected by the web and the bands, and output a detection signal (S D) corresponding to intensity of the received detection light; and a band discriminator configured to discriminate the bands on the web on the basis of the detection signal (S D) from the light receiver, characterized in that the band discriminator includes a rise discriminating criterion (L 1) indicating a rate of rise of the detection signal (S D) and is adapted to generate a band signal (S B) indicative of presence of the band when change of the detection signal (S D) fulfills the rise discriminating criterion (L 1).
An absorbent article having a lengthwise direction, a widthwise direction and a thickness direction, and comprising an absorbent body which includes an absorber, and a pair of side flaps which extend outward from both ends in the widthwise direction, on a dorsal side in the lengthwise direction of the absorbent body, wherein each of the pair of side flaps comprises: a stretching member which is in the form of a sheet and stretchable in the widthwise direction, a first sheet member which is layered on a surface of a non-skin side of the stretching member, a second sheet member which is layered on a surface of a skin side of the stretching member, and an engaging member which is connected to an outer end in the widthwise direction of the stretching member and extends outward in the widthwise direction, each of the pair of side flaps is joined further toward a skin side than the absorbent body in the thickness direction, and in the lengthwise direction, a dorsal side end of the absorber is situated further toward a dorsal side than an imaginary line connecting together edges on abdominal sides of the engaging members in the widthwise direction. a stretching member which is in the form of a sheet and stretchable in the widthwise direction, a first sheet member which is layered on a surface of a non-skin side of the stretching member, a second sheet member which is layered on a surface of a skin side of the stretching member, and an engaging member which is connected to an outer end in the widthwise direction of the stretching member and extends outward in the widthwise direction, each of the pair of side flaps is joined further toward a skin side than the absorbent body in the thickness direction, and in the lengthwise direction, a dorsal side end of the absorber is situated further toward a dorsal side than an imaginary line connecting together edges on abdominal sides of the engaging members in the widthwise direction.
A laser processing method, comprising: irradiating a pulse laser light on a first region of a processing object, the processing object including a metal, wherein the pulse laser light includes a first laser light and a second laser light, being characterised in that: the first laser light is irradiated on the first region, a first output value of the first laser light is 3000 W or more, and in that: the second laser light is irradiated on the first region after the irradiation of the first laser light, a second output value of the second laser light is not less than 60% and not more than 70% of the first output value. irradiating a pulse laser light on a first region of a processing object, the processing object including a metal, wherein the pulse laser light includes a first laser light and a second laser light, being characterised in that: the first laser light is irradiated on the first region, a first output value of the first laser light is 3000 W or more, and in that: the second laser light is irradiated on the first region after the irradiation of the first laser light, a second output value of the second laser light is not less than 60% and not more than 70% of the first output value. the first laser light is irradiated on the first region, a first output value of the first laser light is 3000 W or more, and in that: the second laser light is irradiated on the first region after the irradiation of the first laser light, a second output value of the second laser light is not less than 60% and not more than 70% of the first output value.
A false door system for use with a coal charging system, having an elongated charging frame with a charging head coupled with a distal end portion of the charging frame, the system comprising: an elongated false door frame having a distal end portion, proximal end portion, and opposite sides; and a generally planar false door (504, 558) operatively coupled with the distal end portion of the elongated false door frame; the false door (504, 558) having an upper edge portion, a lower edge portion, opposite side portions, a front face and a rearward face; a lower extension plate (526, 572) operatively coupled with the front face of the false door (504, 558); the lower extension plate (526, 572) being selectively and automatically moveable in a generally parallel fashion with respect to the false door (504, 558) between retracted and extended positions; wherein at least one of the extended positions disposes a lower edge portion of the lower extension plate (526, 572) below the lower edge portion of the false door (504, 558) such that an effective height of the false door (504, 558) is increased. an elongated false door frame having a distal end portion, proximal end portion, and opposite sides; and a generally planar false door (504, 558) operatively coupled with the distal end portion of the elongated false door frame; the false door (504, 558) having an upper edge portion, a lower edge portion, opposite side portions, a front face and a rearward face; a lower extension plate (526, 572) operatively coupled with the front face of the false door (504, 558); the lower extension plate (526, 572) being selectively and automatically moveable in a generally parallel fashion with respect to the false door (504, 558) between retracted and extended positions; wherein at least one of the extended positions disposes a lower edge portion of the lower extension plate (526, 572) below the lower edge portion of the false door (504, 558) such that an effective height of the false door (504, 558) is increased.
A method for wireless communications, comprising: generating, at a first apparatus, a frame having a unified channel state information, CSI, feedback frame format, which is unified between single-user, SU, und multi-user, MU, modes comprising information relating to a signal-to-noise ratio if a second apparatus is communicating with the first apparatus using multi-user MIMO (MU-MIMO); and transmitting a signal based on the generated frame to the second apparatus, wherein the frame comprises codebook information comprising the same number of bits for both SU and MU modes indicating a bit resolution for each of Given's rotation angles ψ and φ. generating, at a first apparatus, a frame having a unified channel state information, CSI, feedback frame format, which is unified between single-user, SU, und multi-user, MU, modes comprising information relating to a signal-to-noise ratio if a second apparatus is communicating with the first apparatus using multi-user MIMO (MU-MIMO); and transmitting a signal based on the generated frame to the second apparatus, wherein the frame comprises codebook information comprising the same number of bits for both SU and MU modes indicating a bit resolution for each of Given's rotation angles ψ and φ.
A method for securing a controlled area network, CAN, of a vehicle, the CAN having a plurality of electronic control units, ECUs, the method comprising: monitoring an on-board diagnostic, OBD port of the vehicle for activity, the OBD port being interconnected with the CAN; generating an alert when any monitored activity is suspicious activity that indicates an attack; and counteracting the suspicious activity to minimize potential harm resulting from the suspicious activity, wherein the counteracting step includes: determining whether the suspicious activity relates to a first critical ECU; alerting a non-targeted second critical ECU about the attack on the first critical ECU when the determining step determines that the suspicious activity relates to the first critical ECU, wherein the generating step comprises generating at least one of an audible alert and a visual alert to a driver, and allowing the driver to stop driving the vehicle; and causing the vehicle entering a safe mode; wherein in the safe mode the functionality of the ECUs which control non-critical systems is reduced or disabled, while critical active-passive safety functions are available. monitoring an on-board diagnostic, OBD port of the vehicle for activity, the OBD port being interconnected with the CAN; generating an alert when any monitored activity is suspicious activity that indicates an attack; and counteracting the suspicious activity to minimize potential harm resulting from the suspicious activity, wherein the counteracting step includes: determining whether the suspicious activity relates to a first critical ECU; alerting a non-targeted second critical ECU about the attack on the first critical ECU when the determining step determines that the suspicious activity relates to the first critical ECU, wherein the generating step comprises generating at least one of an audible alert and a visual alert to a driver, and allowing the driver to stop driving the vehicle; and causing the vehicle entering a safe mode; determining whether the suspicious activity relates to a first critical ECU; alerting a non-targeted second critical ECU about the attack on the first critical ECU when the determining step determines that the suspicious activity relates to the first critical ECU, wherein the generating step comprises generating at least one of an audible alert and a visual alert to a driver, and allowing the driver to stop driving the vehicle; and causing the vehicle entering a safe mode; wherein in the safe mode the functionality of the ECUs which control non-critical systems is reduced or disabled, while critical active-passive safety functions are available.