mhurhangee/ep-ind-claims huggingface dataset:
Method for adjusting a predetermined real spectacle frame chosen by a given wearer, for its use by this wearer, including the following steps: b) determining an at least partial numerical model of the head of the wearer, with, in a given frame of reference, at least a model of one portion of the nose and a model (MORD, MORG) of one portion of the ears (ORD, ORG), c) simulating the positioning of said predetermined real spectacle frame on the head of the wearer, before deformation of this predetermined real spectacle frame, by superposing, on the numerical model of the head of the wearer, the corresponding zones of a numerical model of the predetermined real spectacle frame, via a numerical calculation, said numerical model of the predetermined real spectacle frame being determined in a step a) carried out prior to step c), with, in a given other frame of reference, at least a model of one portion of the bridge of the frame and a model of one portion of the temples (14, 15) of the frame, d) determining, from this superposition, the deformation of the predetermined real frame required to obtain a fit of this frame on the head of the wearer meeting at least one predetermined fitting criterion, p) returning information on the compatibility between the deformability of the frame and the required deformation of the frame determined in step d). b) determining an at least partial numerical model of the head of the wearer, with, in a given frame of reference, at least a model of one portion of the nose and a model (MORD, MORG) of one portion of the ears (ORD, ORG), c) simulating the positioning of said predetermined real spectacle frame on the head of the wearer, before deformation of this predetermined real spectacle frame, by superposing, on the numerical model of the head of the wearer, the corresponding zones of a numerical model of the predetermined real spectacle frame, via a numerical calculation, said numerical model of the predetermined real spectacle frame being determined in a step a) carried out prior to step c), with, in a given other frame of reference, at least a model of one portion of the bridge of the frame and a model of one portion of the temples (14, 15) of the frame, d) determining, from this superposition, the deformation of the predetermined real frame required to obtain a fit of this frame on the head of the wearer meeting at least one predetermined fitting criterion, p) returning information on the compatibility between the deformability of the frame and the required deformation of the frame determined in step d).
System for controlling the quality of products in output from a cutting machine, in particular a cutting machine used for cutting logs of sheet material, in particular paper, having at least one cutting disc and one sharpening wheel, said control system comprising a PLC controller designed to control the cutting and sharpening process and an inspection system comprising a vision system consisting of one or more cameras apt to scan at a given time instant (t(k)) a set of quality values (Q out) consisting of one or more photographic scans of a roll in output from the cutting machine, characterised in that said vision system is made up of 4 to 8 cameras arranged at a distance of between 100 and 1000 mm from the centre of the roll, and a processing unit receives said set of quality values (Q out) of the roll in output and compares them with reference quality values (Q setpoint) consisting of photos or renderings of rolls with ideal cutting quality to check whether the roll has sufficient quality levels and sends a command to the PLC controller aimed at performing an action consisting of increasing or decreasing one of the following parameters: - sharpening time (Δt sharp) - sharpening frequency (f sharp) - differential speed (Δv) between said sharpening wheel and said disc based on the result of the comparison between said set of quality values in output (Q out) and the reference quality values (Q setpoint) and of the action performed at the previous time instant (t(k-1)). characterised in that said vision system is made up of 4 to 8 cameras arranged at a distance of between 100 and 1000 mm from the centre of the roll, and a processing unit receives said set of quality values (Q out) of the roll in output and compares them with reference quality values (Q setpoint) consisting of photos or renderings of rolls with ideal cutting quality to check whether the roll has sufficient quality levels and sends a command to the PLC controller aimed at performing an action consisting of increasing or decreasing one of the following parameters: - sharpening time (Δt sharp) - sharpening frequency (f sharp) - differential speed (Δv) between said sharpening wheel and said disc based on the result of the comparison between said set of quality values in output (Q out) and the reference quality values (Q setpoint) and of the action performed at the previous time instant (t(k-1)). - sharpening time (Δt sharp) - sharpening frequency (f sharp) - differential speed (Δv) between said sharpening wheel and said disc based on the result of the comparison between said set of quality values in output (Q out) and the reference quality values (Q setpoint) and of the action performed at the previous time instant (t(k-1)).
A wideband cable modem, comprising: a receiver configured to receive and decode a logical wideband channel that dynamically extends over a plurality of downstream Radio Frequency, RF, channels, wherein the logical wideband channel spans across a first combination of some or all of the downstream RF channels at a first time and a second different combination of some or all of the downstream RF channels at a second later time; wherein the receiver is configured to track the dynamic utilization of the downstream RF channels by the logical wideband channel over the first and second times by monitoring the downstream RF channels for packets having a particular packet identifier value that correlates said packets to the logical wideband channel, wherein the correlated packets include Vertical Alignment Indexes, VAIs, to identify temporal positions of said packets in the plurality of downstream RF channels and wherein the receiver is operable to use the VAIs to temporally realign the packets received over the different downstream RF channels. a receiver configured to receive and decode a logical wideband channel that dynamically extends over a plurality of downstream Radio Frequency, RF, channels, wherein the logical wideband channel spans across a first combination of some or all of the downstream RF channels at a first time and a second different combination of some or all of the downstream RF channels at a second later time;
A method of manufacturing a plant finished product, comprising the step of processing a lignin-containing plant or a processed material thereof with high-temperature and high-pressure liquid, gas, or fluid under conditions where an oxygen concentration is 0 to 1 μg/mL and thereafter a step of drying, wherein the high-temperature is a temperature of 140 to 500°C and the high-pressure is a pressure of 0.25 to 4.5 MPa.
A method for detecting abnormality of an input signal in a control/monitoring signal transmission system in which a master station is connected with a plurality of slave stations via a common data signal line, transmission of data is performed according to a transmission synchronization scheme, and a transmission signal being transmitted via the common data signal line (DP, DN) includes a management data region different from a control/monitoring data region comprising data of a control data signal and data of a monitoring data signal, the method characterized by: determining, by a slave station (4, 7) among the plurality of slave station (4, 6, 7), occurrence of an abnormal state when data corresponding to a signal level of an input part is larger than a lower limit threshold value and smaller than an upper limit threshold value, which lower limit threshold value and upper limit threshold value were updated based on data transmitted from the master station; detecting, by the slave station (4, 7), a low sensitivity state of a signal of the input part based on the determination result of the abnormal state; and superimposing data indicating the low sensitivity state, data corresponding to the signal level of the input part and data indicating the number of determinations of the abnormal state on the management data region. determining, by a slave station (4, 7) among the plurality of slave station (4, 6, 7), occurrence of an abnormal state when data corresponding to a signal level of an input part is larger than a lower limit threshold value and smaller than an upper limit threshold value, which lower limit threshold value and upper limit threshold value were updated based on data transmitted from the master station; detecting, by the slave station (4, 7), a low sensitivity state of a signal of the input part based on the determination result of the abnormal state; and superimposing data indicating the low sensitivity state, data corresponding to the signal level of the input part and data indicating the number of determinations of the abnormal state on the management data region.
An interspinous process implant system, comprising an interspinous process implant (800; 900; 1000; 1100; 1220;1300; 1400; 2200; 2800; 2900; 3000) comprising: a) an elongated threaded implant body defining a longitudinal axis and having a main body portion (812; 912; 1012; 1112; 1212; 1312; 1412; 2212; 2812; 2912; 3112) with opposed proximal and distal end portions, and a removable body portion (816; 916; 1016; 1116; 1216; 1316; 1416; 2216; 2816; 2916; 3116) operatively connected to the proximal end portion of the main body portion; b) a distal anchor assembly including two deployable anchor blades (822a, 822b; 2822a, 2822b) mounted for pivotal movement between a stowed position located within an interior cavity of the main body portion and a deployed position radially extending from the main body portion; and c) a proximal anchor assembly (830; 2830) including an anchor collar mounted for longitudinal movement along the longitudinal axis of the implant body between a first position spaced apart from the distal anchor assembly and a second position approximated with the distal anchor assembly, wherein the interspinous process implant system further comprises an insertion adaptor operatively connectable to the proximal anchor assembly (830; 2830), the system being characterised in that the insertion adaptor houses the removable body portion (816; 916; 1016; 1116; 1216; 1316; 1416; 2216; 2816; 2916; 3116). a) an elongated threaded implant body defining a longitudinal axis and having a main body portion (812; 912; 1012; 1112; 1212; 1312; 1412; 2212; 2812; 2912; 3112) with opposed proximal and distal end portions, and a removable body portion (816; 916; 1016; 1116; 1216; 1316; 1416; 2216; 2816; 2916; 3116) operatively connected to the proximal end portion of the main body portion; b) a distal anchor assembly including two deployable anchor blades (822a, 822b; 2822a, 2822b) mounted for pivotal movement between a stowed position located within an interior cavity of the main body portion and a deployed position radially extending from the main body portion; and c) a proximal anchor assembly (830; 2830) including an anchor collar mounted for longitudinal movement along the longitudinal axis of the implant body between a first position spaced apart from the distal anchor assembly and a second position approximated with the distal anchor assembly,
A clothes treating apparatus, comprising: a clothes accommodation unit; an air duct connected to the clothes accommodation unit, and forming a flow path for air circulation; a blower configured to blow air discharged from the clothes accommodation unit, to the clothes accommodation unit; an evaporator and a condenser spaced from each other in the air duct in an air flow direction; a water cover having a first mounting unit whereon the evaporator is mounted and a second mounting unit whereon the condenser is mounted for heat-exchange with the air, and having a condensate water collection unit that collects, therein, condensate water generated from the evaporator; and a condensate water separating unit including a separation body protruding from the water cover to a space between the evaporator and the condenser, and configured to separate condensate water by gravity from a mixed fluid including the air flowing from the evaporator to the condenser and the condensate water, wherein the separation body has a height upward-protruded from a lower end of a rear surface of the evaporator. a clothes accommodation unit; an air duct connected to the clothes accommodation unit, and forming a flow path for air circulation; a blower configured to blow air discharged from the clothes accommodation unit, to the clothes accommodation unit; an evaporator and a condenser spaced from each other in the air duct in an air flow direction; a water cover having a first mounting unit whereon the evaporator is mounted and a second mounting unit whereon the condenser is mounted for heat-exchange with the air, and having a condensate water collection unit that collects, therein, condensate water generated from the evaporator; and a condensate water separating unit including a separation body protruding from the water cover to a space between the evaporator and the condenser, and configured to separate condensate water by gravity from a mixed fluid including the air flowing from the evaporator to the condenser and the condensate water, wherein the separation body has a height upward-protruded from a lower end of a rear surface of the evaporator.
A method for monitoring the quality of the filling of a filter or a filter rod (40, 40') of the tobacco processing industry with capsules (43, 44) comprising a liquid filling, wherein the filter or the filter rod (40, 40') is passed through a microwave measuring field of a microwave resonator (45, 45'), wherein, at a predetermined operating frequency, which lies between 2 GHz and 30 GHz, a change of the microwave field in the microwave resonator (45, 45') is measured and, based on the change, the quality of the filling and/or the quality of the capsules (43, 44) introduced into the filter or the filter rod (40, 40') is determined.
An odour control material consisting of a water-insoluble particulate odour control agent and a thermoplastic water-soluble carrier matrix encapsulating the odour control agent, wherein the carrier matrix dissolves when in contact with an aqueous solution, such as urine, and wherein the odour control material is in the form of a film, fibres or filaments, or a fibre web, obtained by means of extrusion.
Use of a preparation comprising Bifidobacterium breve and a mixture of at least two non-digestible soluble carbohydrate components A and B, wherein carbohydrate component A constitutes 95 to 80 wt% of the sum of carbohydrate component A and carbohydrate component B and carbohydrate component B constitutes 5 to 20 wt% of the sum of carbohydrate component A and carbohydrate component B, with A + B = 100 wt% components A and B differing (i) in the number of monosaccharide units of the carbohydrate, component A having an average chain length which is at least 5 monosaccharide units lower than the average chain length of component B, and (ii) in the monosaccharide units of the carbohydrate, for the manufacture of a composition for the prevention or treatment of immune mediated diapers rashes, wherein 80 to 100 wt% of carbohydrate components A belong to the group of galacto-oligosaccharides and 80 to 100 wt% of carbohydrate components B belong to the group of fructo-polysaccharides, and in which at least 50% of the total non-digestible soluble carbohydrates is selected from disaccharides to eicosasaccharides. (i) in the number of monosaccharide units of the carbohydrate, component A having an average chain length which is at least 5 monosaccharide units lower than the average chain length of component B, and (ii) in the monosaccharide units of the carbohydrate,
A method for purifying an acetone monomer mixture comprising acetone and diaryl carbonate comprising: reacting a methanol present in the acetone with said diaryl carbonate in the presence of a catalyst to form a mixture comprising an aryl methyl carbonate and a hydroxy compound; and separating the aryl methyl carbonate from the mixture. reacting a methanol present in the acetone with said diaryl carbonate in the presence of a catalyst to form a mixture comprising an aryl methyl carbonate and a hydroxy compound; and separating the aryl methyl carbonate from the mixture.
A method comprising: receiving, by a data-processing system, i) a first description of a layer-0 network topology of a telecommunications network, comprising one or more layer-0 route segments, ii) a second description of an existing layer-2 network topology of the telecommunications network, comprising an existing layer-2 route, and iii) a first performance characteristic of the telecommunications network; characterized in that it further comprises: generating, by the data-processing system, one or more alternatives to the existing layer-2 route, wherein each of the one or more alternatives comprises a different potential layer-2 node selected from one or more layer-0 node locations that are identified in the first description; generating, by the data-processing system, an optimal layer-0 routing for each of the one or more alternatives, according to a first objective that is based on the first performance characteristic; and routing one or more packets according to the optimal layer-0 routing for one of the one or more alternatives generated by the data-processing system. receiving, by a data-processing system, i) a first description of a layer-0 network topology of a telecommunications network, comprising one or more layer-0 route segments, ii) a second description of an existing layer-2 network topology of the telecommunications network, comprising an existing layer-2 route, and iii) a first performance characteristic of the telecommunications network; i) a first description of a layer-0 network topology of a telecommunications network, comprising one or more layer-0 route segments, ii) a second description of an existing layer-2 network topology of the telecommunications network, comprising an existing layer-2 route, and iii) a first performance characteristic of the telecommunications network; characterized in that it further comprises: generating, by the data-processing system, one or more alternatives to the existing layer-2 route, wherein each of the one or more alternatives comprises a different potential layer-2 node selected from one or more layer-0 node locations that are identified in the first description; generating, by the data-processing system, an optimal layer-0 routing for each of the one or more alternatives, according to a first objective that is based on the first performance characteristic; and routing one or more packets according to the optimal layer-0 routing for one of the one or more alternatives generated by the data-processing system. generating, by the data-processing system, one or more alternatives to the existing layer-2 route, wherein each of the one or more alternatives comprises a different potential layer-2 node selected from one or more layer-0 node locations that are identified in the first description; generating, by the data-processing system, an optimal layer-0 routing for each of the one or more alternatives, according to a first objective that is based on the first performance characteristic; and routing one or more packets according to the optimal layer-0 routing for one of the one or more alternatives generated by the data-processing system.
Electrical machine, in particular a starter for internal combustion engines, having a torque support (42, 50, 72) for a ring gear as transmission component of an epicycloidal gear train against a housing (54, 62), characterized in that at least one symmetrically or asymmetrically formed torque support (42, 50, 72) comprises material weakenings (64, 70, 74, 84) integrated into the ring gear made of a plastic, which absorb load peaks by exploiting the relaxation behaviour of the plastic.
A device for applying a formulation to skin, the device comprising: (a) a housing (104, 304, 405), wherein the housing (104, 304, 405) comprises a chamber including a lid; (b) a cartridge, wherein the cartridge comprises the formulation and the chamber is adapted for receiving the cartridge and the lid includes a U-shaped raised portion (203, 403) to seat the cartridge; (c) a spreading means (101, 301, 307), wherein the spreading means (101, 301, 307) is operably connected with the housing (104, 304, 405) or cartridge; wherein during use, the spreading means (101, 301, 307) moves or spreads a plurality of the skin's epidermal growths; (d) an ejecting means, wherein the ejecting means ejects the cartridge without a user's touching of the cartridge or formulation; and (e) a dispensing means; wherein the dispensing means is operably connected with the cartridge; and wherein during use, the U-shaped raised portion (203, 403) seats the cartridge and the dispensing means dispenses the formulation from the cartridge onto the skin. (a) a housing (104, 304, 405), wherein the housing (104, 304, 405) comprises a chamber including a lid; (b) a cartridge, wherein the cartridge comprises the formulation and the chamber is adapted for receiving the cartridge and the lid includes a U-shaped raised portion (203, 403) to seat the cartridge; (c) a spreading means (101, 301, 307), wherein the spreading means (101, 301, 307) is operably connected with the housing (104, 304, 405) or cartridge; wherein during use, the spreading means (101, 301, 307) moves or spreads a plurality of the skin's epidermal growths; (d) an ejecting means, wherein the ejecting means ejects the cartridge without a user's touching of the cartridge or formulation; and (e) a dispensing means; wherein the dispensing means is operably connected with the cartridge; and wherein during use, the U-shaped raised portion (203, 403) seats the cartridge and the dispensing means dispenses the formulation from the cartridge onto the skin.
Method for assembling a hydrodynamic plain bearing of a shaft of a magnetically coupled pump, the hydrodynamic plain bearing having a clamping sleeve which is arranged between bearing sleeves, and a bearing bush made from ceramic material which is arranged between the bearing sleeve and a bearing housing, characterized at least by the steps: A coating of a clamping ring with a friction-increasing coating at least on its inner circumference which is oriented towards the bearing bush, B heating of the clamping ring and attaching thereof to the bearing bush, with the result that a preassembly unit is formed, and C heating of the bearing housing, the preassembly unit being inserted into the bearing housing. A coating of a clamping ring with a friction-increasing coating at least on its inner circumference which is oriented towards the bearing bush, B heating of the clamping ring and attaching thereof to the bearing bush, with the result that a preassembly unit is formed, and C heating of the bearing housing, the preassembly unit being inserted into the bearing housing.