mhurhangee/ep-ind-claims huggingface dataset:
Method for performing organic synthesis reactions, comprising: a) preparation of a composition comprising a metal catalyst by - calcination at a temperature of between 200 and 800°C of a hyperaccumulating plant or of a hyperaccumulating plant part containing at least one metal in M form chosen from zinc (Zn) at a concentration of between 2700 mg/kg and 43,700 mg/kg of dry weight of plant or plant part, nickel (Ni) at a concentration of between 1000 mg/kg and 36,000 mg/kg of dry weight of plant or plant part, or copper (Cu) at a concentration of between 1000 mg/kg and 13,700 mg/kg of dry weight of plant or plant part, - treatment with aqueous hydrochloric acid of the ashes so obtained, - filtration of the mixture so obtained in order to obtain a precipitate and a filtrate free of chlorophyll, - total evaporation of the water from the filtrate so obtained in order to obtain a dehydrated composition comprising the metal catalyst, b) use, without the addition of metal derived from a source other than that of said plant after calcination, acid treatment, filtration and without subsequent purification of the composition so obtained, as catalyst in an organic synthesis reaction. a) preparation of a composition comprising a metal catalyst by - calcination at a temperature of between 200 and 800°C of a hyperaccumulating plant or of a hyperaccumulating plant part containing at least one metal in M form chosen from zinc (Zn) at a concentration of between 2700 mg/kg and 43,700 mg/kg of dry weight of plant or plant part, nickel (Ni) at a concentration of between 1000 mg/kg and 36,000 mg/kg of dry weight of plant or plant part, or copper (Cu) at a concentration of between 1000 mg/kg and 13,700 mg/kg of dry weight of plant or plant part, - treatment with aqueous hydrochloric acid of the ashes so obtained, - filtration of the mixture so obtained in order to obtain a precipitate and a filtrate free of chlorophyll, - total evaporation of the water from the filtrate so obtained in order to obtain a dehydrated composition comprising the metal catalyst, - calcination at a temperature of between 200 and 800°C of a hyperaccumulating plant or of a hyperaccumulating plant part containing at least one metal in M form chosen from zinc (Zn) at a concentration of between 2700 mg/kg and 43,700 mg/kg of dry weight of plant or plant part, nickel (Ni) at a concentration of between 1000 mg/kg and 36,000 mg/kg of dry weight of plant or plant part, or copper (Cu) at a concentration of between 1000 mg/kg and 13,700 mg/kg of dry weight of plant or plant part, - treatment with aqueous hydrochloric acid of the ashes so obtained, - filtration of the mixture so obtained in order to obtain a precipitate and a filtrate free of chlorophyll, - total evaporation of the water from the filtrate so obtained in order to obtain a dehydrated composition comprising the metal catalyst, b) use, without the addition of metal derived from a source other than that of said plant after calcination, acid treatment, filtration and without subsequent purification of the composition so obtained, as catalyst in an organic synthesis reaction.
A two component laminating adhesive comprising (i) a prepolymer that comprises - a lower molecular weight polyether polyol having a molecular weight between 2,500 g/mol to 3,250 g/mol and - a higher molecular weight polyether polyol having a molecular weight at least 1,000 g/mol higher than the molecular weight of the lower molecular weight polyol and (ii) a curative comprising an isocyanate reactive material, wherein the adhesive does not comprise solvent (i) a prepolymer that comprises - a lower molecular weight polyether polyol having a molecular weight between 2,500 g/mol to 3,250 g/mol and - a higher molecular weight polyether polyol having a molecular weight at least 1,000 g/mol higher than the molecular weight of the lower molecular weight polyol and - a lower molecular weight polyether polyol having a molecular weight between 2,500 g/mol to 3,250 g/mol and - a higher molecular weight polyether polyol having a molecular weight at least 1,000 g/mol higher than the molecular weight of the lower molecular weight polyol and (ii) a curative comprising an isocyanate reactive material, wherein the adhesive does not comprise solvent
A method of queuing a first command requested by a first program and a second command requested by a second program, the first program being associated with a first virtual time (vta) and the second program being associated with a second virtual time (vtb), wherein each virtual time (vta, vtb) refers to a value determined by dividing a total amount of provided input/output services of the respective program by respective weights of each program and then leveling, the method comprising: comparing the first virtual time (vta) of the first command with the second virtual time (vtb) of the second command, and obtaining a comparison result; determining a standard global virtual time (vtg) from the first virtual time (vta) and the second virtual time (vtb) wherein the global virtual time (vtg) is a minimum of the first virtual time (vta) and the second virtual time (vtb); and sending each of the first and second commands to one of a first priority class queue, a second priority class queue, or a third priority class queue, based on a comparison of a difference between the first virtual time (vta) and the global virtual time (vtg) with a first threshold, and a comparison of a difference between the second virtual time (vtb) and the global virtual time (vtg) with the first threshold, wherein each of the first to third priority class queues has processing speeds that differ from each other, and commands in each of the first to third priority class queues are performed on the basis of the respective processing speed. comparing the first virtual time (vta) of the first command with the second virtual time (vtb) of the second command, and obtaining a comparison result; determining a standard global virtual time (vtg) from the first virtual time (vta) and the second virtual time (vtb) wherein the global virtual time (vtg) is a minimum of the first virtual time (vta) and the second virtual time (vtb); and sending each of the first and second commands to one of a first priority class queue, a second priority class queue, or a third priority class queue, based on a comparison of a difference between the first virtual time (vta) and the global virtual time (vtg) with a first threshold, and a comparison of a difference between the second virtual time (vtb) and the global virtual time (vtg) with the first threshold, wherein each of the first to third priority class queues has processing speeds that differ from each other, and commands in each of the first to third priority class queues are performed on the basis of the respective processing speed.
A lighting unit comprising at least one solid state light source, the lighting unit configured to generate white light wherein the white light has a spectral intensity in the visible wherein at least 40% of all photons in the wavelength range of 400-500 nm are found in the wavelength range of 430-445 nm, and wherein the white light has a ratio of the total number of photons in the wavelength range of 445-490 nm to the total number of photons wavelength range of 430-445 nm of at maximum 0.75.
A method of producing a hydroxyapatite composition comprising hydroxyapatite particles, wherein bulk density of the hydroxyapatite particles is from 0.5 to 0.9 g/cm 3, and wherein the hydroxyapatite particles further comprise consolidated secondary particles having spherical shape and porous structures, the method comprising the following steps: (a) reacting an aqueous suspension comprising calcium hydroxide powder with an aqueous solution comprising phosphoric acid and ammonium phosphate monobasic salt by adding the aqueous solution of phosphoric acid and ammonium phosphate monobasic salt into the aqueous suspension of calcium hydroxide while stirring to obtain a hydroxyapatite suspension comprising primary particles of hydroxyapatite at a pH in the range of 7 to 12; (b) milling the primary particles of hydroxyapatite in the suspension; (c) adding a dispersant into the suspension to obtain a homogenized suspension and spray-drying the homogenized suspension to obtain consolidated secondary particles of hydroxyapatite; and (d) sintering the consolidated secondary particles to obtain sintered hydroxyapatite particles. (a) reacting an aqueous suspension comprising calcium hydroxide powder with an aqueous solution comprising phosphoric acid and ammonium phosphate monobasic salt by adding the aqueous solution of phosphoric acid and ammonium phosphate monobasic salt into the aqueous suspension of calcium hydroxide while stirring to obtain a hydroxyapatite suspension comprising primary particles of hydroxyapatite at a pH in the range of 7 to 12; (b) milling the primary particles of hydroxyapatite in the suspension; (c) adding a dispersant into the suspension to obtain a homogenized suspension and spray-drying the homogenized suspension to obtain consolidated secondary particles of hydroxyapatite; and (d) sintering the consolidated secondary particles to obtain sintered hydroxyapatite particles.
A liquefied petroleum gas system for mobile applications, comprising at least one gas remote switch adapted to be mounted to a liquefied petroleum gas cylinder, a gas pressure regulator to the high pressure input of which the gas remote switch is connected, a distributor block the input of which is connected to the low pressure output of the gas pressure regulator, a filter unit which is arranged between the low pressure output of the gas pressure regulator and the distributor block, and an electronic controller which communicates with the gas remote switch, characterized in that a heating element and a sensor are provided on the low pressure side of the liquefied petroleum gas system, the sensor being a temperature sensor, and various cooling curves being stored in the controller, and the controller being adapted to compare a measured cooling curve with the stored cooling curves in order to check the liquefied petroleum gas system for tightness.
A method of controlling a power output of a wind power plant comprising a plurality of wind turbine generators (WTGs), the method comprising: operating, responsive to a received power demand corresponding to the WPP, a boost group of one or more WTGs of the plurality of WTGs to begin producing a boosted power output, wherein the boosted power output of each of the one or more WTGs of the boost group is regulated independent of the power demand; and determining, based on a measured amount of boosted power production, power production set points for a regulation group of one or more different WTGs of the plurality of WTGs to thereby meet the power demand. operating, responsive to a received power demand corresponding to the WPP, a boost group of one or more WTGs of the plurality of WTGs to begin producing a boosted power output, wherein the boosted power output of each of the one or more WTGs of the boost group is regulated independent of the power demand; and determining, based on a measured amount of boosted power production, power production set points for a regulation group of one or more different WTGs of the plurality of WTGs to thereby meet the power demand.
Calving monitoring system for monitoring an animal at the end of the expected gestation period, comprising - a camera device for repeatedly taking images of the animal over a predetermined time duration, said images being composed of pixels, - a control unit for the calving monitoring system, connected to the camera device, which is configured to generate calving information from the images taken, and - an alert device for sending an alert message according to the calving information generated, characterised in that the control unit is configured so as, in each image taken, - to recognise an animal image, - to segment said animal image into multiple animal parts including a torso, - to determine a parameter value relating to first pixels of said torso in said taken images as a time-dependent parametric function, wherein said parameter value comprises a width value of the torso, and - to detect contractions when said parameter value meets a predetermined contraction criterion, the criterion being that the parameter value exhibits at least two peaks in said predetermined time duration which have at least a predetermined minimum width and/or a predetermined minimum height, wherein the control unit generates calving information which comprises an indicator of the contractions detected. - a camera device for repeatedly taking images of the animal over a predetermined time duration, said images being composed of pixels, - a control unit for the calving monitoring system, connected to the camera device, which is configured to generate calving information from the images taken, and - an alert device for sending an alert message according to the calving information generated, characterised in that the control unit is configured so as, in each image taken, - to recognise an animal image, - to segment said animal image into multiple animal parts including a torso, - to determine a parameter value relating to first pixels of said torso in said taken images as a time-dependent parametric function, wherein said parameter value comprises a width value of the torso, and - to detect contractions when said parameter value meets a predetermined contraction criterion, the criterion being that the parameter value exhibits at least two peaks in said predetermined time duration which have at least a predetermined minimum width and/or a predetermined minimum height, - to recognise an animal image, - to segment said animal image into multiple animal parts including a torso, - to determine a parameter value relating to first pixels of said torso in said taken images as a time-dependent parametric function, wherein said parameter value comprises a width value of the torso, and - to detect contractions when said parameter value meets a predetermined contraction criterion, the criterion being that the parameter value exhibits at least two peaks in said predetermined time duration which have at least a predetermined minimum width and/or a predetermined minimum height, wherein the control unit generates calving information which comprises an indicator of the contractions detected.
An orthopedic system comprising: an implantable body (10, 210) with an internal bore (12, 212) extending through the body and having first and second cutouts (24,26,224,226) each comprising a channel extending along a sidewall of the implantable body; a first reamer having a cutting surface and a shaft, wherein the shaft is insertable into the internal bore (12, 212) of the body for guiding the first reamer during reaming of a bone; an inserter (60, 60') configured to attach to the implantable body (10, 210) and configured to drive the implantable body (10, 210) into a bore formed in the bone, wherein the inserter includes a shaft (62, 62'), an attachment head (64, 64') with a diameter greater than a diameter of the shaft (62, 62'), wherein the attachment head (64, 64') includes a bore (66,66') sized to receive the implantable body (10, 210) and at least one arm sized and shaped to be insertable into first and/or second cutouts (24, 26, 224, 226) of the implantable body (10, 210), wherein the attachment head (64, 64') is configured to engage the implantable body (10, 210) and lock the implantable body to the inserter (60, 60') both longitudinally and rotationally; and a second reamer having an inner bore configured to receive the shaft (62, 62') of the inserter (60, 60') therein. an implantable body (10, 210) with an internal bore (12, 212) extending through the body and having first and second cutouts (24,26,224,226) each comprising a channel extending along a sidewall of the implantable body; a first reamer having a cutting surface and a shaft, wherein the shaft is insertable into the internal bore (12, 212) of the body for guiding the first reamer during reaming of a bone; an inserter (60, 60') configured to attach to the implantable body (10, 210) and configured to drive the implantable body (10, 210) into a bore formed in the bone, wherein the inserter includes a shaft (62, 62'), an attachment head (64, 64') with a diameter greater than a diameter of the shaft (62, 62'), wherein the attachment head (64, 64') includes a bore (66,66') sized to receive the implantable body (10, 210) and at least one arm sized and shaped to be insertable into first and/or second cutouts (24, 26, 224, 226) of the implantable body (10, 210), wherein the attachment head (64, 64') is configured to engage the implantable body (10, 210) and lock the implantable body to the inserter (60, 60') both longitudinally and rotationally; and a second reamer having an inner bore configured to receive the shaft (62, 62') of the inserter (60, 60') therein.
An optical device, comprising: a light-transmitting substrate having at least two major surfaces and edges; at least one partially reflecting surface located between the two major surfaces of the light-transmitting substrate; and a transparent layer having at least two major surfaces, characterized in that the transparent layer is thinner than the light-transmitting substrate and that one of the major surfaces of the transparent layer is attached to a first one of the at least two major surfaces of the light-transmitting substrate, such that light waves coupled inside the light-transmitting substrate traverse the light-transmitting substrate and the transparent layer and are reflected off a second of the at least two major surfaces of the transparent layer by total internal reflection. a light-transmitting substrate having at least two major surfaces and edges; at least one partially reflecting surface located between the two major surfaces of the light-transmitting substrate; and a transparent layer having at least two major surfaces, characterized in that the transparent layer is thinner than the light-transmitting substrate and that one of the major surfaces of the transparent layer is attached to a first one of the at least two major surfaces of the light-transmitting substrate, such that light waves coupled inside the light-transmitting substrate traverse the light-transmitting substrate and the transparent layer and are reflected off a second of the at least two major surfaces of the transparent layer by total internal reflection.
A lubricating composition comprising an oil of lubricating viscosity and 0.1 wt % to 15 wt % of a compound comprising the reaction product of a polyolefin, an ethylenically unsaturated aromatic acylating agent, and an amine, wherein the amine is an ethylenepolyamine, wherein the polyolefin is a polyisobutylene having a number average molecular weight of 350 to 5000, wherein the ethylenically unsaturated aromatic acylating agent is cis-cinnamic acid, trans-cinnamic acid, or mixtures thereof, and wherein the lubricating composition has a sulphated ash content of 0.3 wt % to 1.2 wt %, or 0.5 wt % to 1.1 wt % of the lubricating composition.
A transponder unit (1, 2, 101) for transferring data in data blocks to a reading device by means of an electromagnetic field, comprising - a receiver (1, 44) for receiving a clock signal (151, 152, 153, 154, 155) emitted by the reading device, at a clock frequency, - a frequency generator (43, 45) for generating a frequency generator frequency which is employed for clocking the transfer of the data, and - a frequency comparator which is adapted to determine the frequency difference between the clock frequency and the frequency generator frequency, characterized by a device for restricting the data block size of the data to a maximum data block size dependent on the frequency difference. - a receiver (1, 44) for receiving a clock signal (151, 152, 153, 154, 155) emitted by the reading device, at a clock frequency, - a frequency generator (43, 45) for generating a frequency generator frequency which is employed for clocking the transfer of the data, and - a frequency comparator which is adapted to determine the frequency difference between the clock frequency and the frequency generator frequency, characterized by a device for restricting the data block size of the data to a maximum data block size dependent on the frequency difference.
Dust container for a vacuum cleaner, the dust container comprising a dust bag, made of an air permeable material, and a connector plate having a hole, surrounding an opening in the dust bag, the connector plate comprises a central portion surrounding said hole, and an extending portion projecting from the central portion, wherein the extending portion at a first section is configured to be bent in a first direction characterized in that the extending portion at a second section is configured to be bent in a second direction being opposite to the first direction, and wherein the extending portion is configured to be leading in the direction of insertion and with the central portion as a trailing part, when slid into a holder in a vacuum cleaner. the connector plate comprises a central portion surrounding said hole, and an extending portion projecting from the central portion, wherein the extending portion at a first section is configured to be bent in a first direction characterized in that the extending portion at a second section is configured to be bent in a second direction being opposite to the first direction, and wherein the extending portion is configured to be leading in the direction of insertion and with the central portion as a trailing part, when slid into a holder in a vacuum cleaner.
Apparatus for noise transmission in a motor vehicle with a housing (1, 1') in which an inner separating wall separates two partial spaces (3, 4) of which an excitation chamber can be connected in a noise-transmitting manner with an intake pipe of an internal combustion engine and an outlet chamber can be connected in a noise-transmitting manner with an interior space of the motor vehicle, with a transmission flap led through a bearing opening of the separating wall which penetrates the partial spaces (3, 4) on both sides of the separating wall and which is accommodated at its edge in a vibration-capable frame which is held on an interior side of the housing (1, 1'), wherein the transmission flap is supported in the area of the bearing opening by means of a vibration-capable sealing profile sealing the bearing opening, characterized in that a breakthrough for pressure compensation is provided in the transmission flap.
A method for calibrating an antenna after installation for field use, wherein at least one switch (10,22,32) is spanning a section (12,24) of a radiating antenna element of the antenna, and wherein a controller is configured to selectively close the switch (10,22,32), thus effectively short-circuiting the actual section (12,24) of the antenna element, wherein the method includes: - installing the antenna for field use at least for transmission or reception of signals; - then measuring reflected power from the antenna at least for a number of frequencies or frequency ranges at more than one setting of the switch (10,22,32); and - storing for each frequency or frequency range the setting that gives a lowest value of reflected power. - installing the antenna for field use at least for transmission or reception of signals; - then measuring reflected power from the antenna at least for a number of frequencies or frequency ranges at more than one setting of the switch (10,22,32); and - storing for each frequency or frequency range the setting that gives a lowest value of reflected power.