mhurhangee/ep-ind-claims huggingface dataset:
Dough for the production of an outer casing for a snack product including the ingredients: - crumbs of a previously made bakery product - fat component - liquid component - emulsifier - raising agent wherein the emulsifier is added in the form of whole egg, which contains lecithin, and a sauce base which contains a combination of tapioca and waxy maize starch, characterized in that grain size of the crumbs is between 1,41 mm (14 mesh) and 0,345 mm (45 mesh), that the proportion of the crumbs is between 20% by weight and 60% by weight, preferably between 22% by weight and 35% by weight, and that the proportion of emulsifier in the dough is between 10% by weight and 45% by weight. - crumbs of a previously made bakery product - fat component - liquid component - emulsifier - raising agent
A method for generating a vibration description file, applicable to an electronic device, wherein the electronic device comprises a linear motor and a display, and the method comprises: presenting, by the display of the electronic device, a first interface, wherein the first interface displays an obtained vibration waveform; obtaining, by the electronic device, an adjustment instruction for the vibration waveform; generating, by the electronic device, an adjusted vibration waveform by applying the adjustment instruction for the vibration waveform on the obtained vibration waveform; generating, by the electronic device, the vibration description file based on the adjusted vibration waveform; and controlling vibration of the linear motor using the vibration description file, characterized in that the generating the vibration description file comprises: generating the vibration description file in response to that vibration parameters of the adjusted vibration waveform do not exceed a preset adjustment limit value. presenting, by the display of the electronic device, a first interface, wherein the first interface displays an obtained vibration waveform; obtaining, by the electronic device, an adjustment instruction for the vibration waveform; generating, by the electronic device, an adjusted vibration waveform by applying the adjustment instruction for the vibration waveform on the obtained vibration waveform; generating, by the electronic device, the vibration description file based on the adjusted vibration waveform; and controlling vibration of the linear motor using the vibration description file, characterized in that the generating the vibration description file comprises: generating the vibration description file in response to that vibration parameters of the adjusted vibration waveform do not exceed a preset adjustment limit value.
A system for sludge treatment, which system is arranged in a container adapted to be transported by a truck and comprises: a sludge inlet for receiving a sludge; a reactor comprising an electrical heating arrangement for heat treatment of the sludge, which reactor is arranged downstream the sludge inlet; a flashing arrangement for cooling sludge treated in the reactor and providing at least one steam fraction, which flashing arrangement is arranged downstream the reactor; a steam routing arrangement capable of routing the at least one steam fraction from the flashing arrangement to preheat sludge transported from the sludge inlet to the reactor; and a separation arrangement for separating the cooled sludge from the flashing arrangement into a first fraction and a second fraction, wherein the suspended solids content is higher in the first fraction than in the second fraction, wherein the reactor comprises at least one outlet connected to the flashing arrangement and at least one recirculation conduit on which the electrical heating arrangement is arranged and wherein the reactor is adapted to provide an outlet fraction for leaving the reactor through the at least one outlet connected to the flashing arrangement and a recirculation fraction for recirculation in the recirculation conduit and wherein the average particle size is larger in the outlet fraction than in the recirculation fraction and wherein the reactor is vertical and an outlet for the recirculation conduit is arranged above the at least one outlet connected to the flashing arrangement. a sludge inlet for receiving a sludge; a reactor comprising an electrical heating arrangement for heat treatment of the sludge, which reactor is arranged downstream the sludge inlet; a flashing arrangement for cooling sludge treated in the reactor and providing at least one steam fraction, which flashing arrangement is arranged downstream the reactor; a steam routing arrangement capable of routing the at least one steam fraction from the flashing arrangement to preheat sludge transported from the sludge inlet to the reactor; and a separation arrangement for separating the cooled sludge from the flashing arrangement into a first fraction and a second fraction, wherein the suspended solids content is higher in the first fraction than in the second fraction,
A composite-membrane monolith comprising: a cordierite monolith having surfaces with a surface median pore size of from 1 μm to 15 μm; a cordierite-ceramic composite membrane bonded to surfaces of the cordierite monolith and having membrane surfaces, wherein: the cordierite-ceramic composite membrane is a composite formed from a mixture comprising: cordierite particles having a cordierite median particle size smaller than the surface median pore size; and ceramic particles other than cordierite particles, the ceramic particles having a ceramic median particle size smaller than the cordierite median particle size; the membrane surfaces have a membrane median pore size of 0.3 μm or less; wherein the cordierite median particle size is from 0.8 μm to 5 μm and the ceramic median particle size is from 0.05 μm to 0.5 μm; and the weight ratio of the cordierite particles to the ceramic particles in the mixture is from 9:1 to 3:7. a cordierite monolith having surfaces with a surface median pore size of from 1 μm to 15 μm; a cordierite-ceramic composite membrane bonded to surfaces of the cordierite monolith and having membrane surfaces, the cordierite-ceramic composite membrane is a composite formed from a mixture comprising: cordierite particles having a cordierite median particle size smaller than the surface median pore size; and ceramic particles other than cordierite particles, the ceramic particles having a ceramic median particle size smaller than the cordierite median particle size; cordierite particles having a cordierite median particle size smaller than the surface median pore size; and ceramic particles other than cordierite particles, the ceramic particles having a ceramic median particle size smaller than the cordierite median particle size; the membrane surfaces have a membrane median pore size of 0.3 μm or less; wherein the cordierite median particle size is from 0.8 μm to 5 μm and the ceramic median particle size is from 0.05 μm to 0.5 μm; and the weight ratio of the cordierite particles to the ceramic particles in the mixture is from 9:1 to 3:7.
Oral dispersible tablet comprising at least one filler selected from sugars and sugar alcohols, and microcrystalline cellulose, wherein the ratio of the at least one filler selected from sugars and sugar alcohols to the microcrystalline cellulose is in the range of 1:0.75 to 1:1.75 by weight, and wherein said tablet does not contain any disintegrant other than microcrystalline cellulose.
An inflatable penile prosthesis comprising: a fluid reservoir configured to hold fluid; an inflatable member; and a pump assembly configured to transfer the fluid between the fluid reservoir and the inflatable member, the pump assembly including: a valve body having one or more valves; and an outer protective casing disposed over the valve body, wherein the pump assembly includes a pump bulb, a plurality of fluid ports (213, 214, 215), and a deflation mode actuator, the outer protective casing including a first end portion defining a first opening, and a second end portion defining a second opening, the outer protective casing defining a third opening, the pump bulb extending through the first opening, the plurality of fluid ports (213, 214, 215) extending through the second opening, the deflation mode actuator extending through the third opening, characterized in that the outer protective casing includes a protruded side portion (238, 240) having a three-dimensional shape, the protruded side portion having a surface that defines at least one ridge. a fluid reservoir configured to hold fluid; an inflatable member; and a pump assembly configured to transfer the fluid between the fluid reservoir and the inflatable member, the pump assembly including: a valve body having one or more valves; and an outer protective casing disposed over the valve body, a valve body having one or more valves; and an outer protective casing disposed over the valve body, wherein the pump assembly includes a pump bulb, a plurality of fluid ports (213, 214, 215), and a deflation mode actuator, the outer protective casing including a first end portion defining a first opening, and a second end portion defining a second opening, the outer protective casing defining a third opening, the pump bulb extending through the first opening, the plurality of fluid ports (213, 214, 215) extending through the second opening, the deflation mode actuator extending through the third opening, characterized in that the outer protective casing includes a protruded side portion (238, 240) having a three-dimensional shape, the protruded side portion having a surface that defines at least one ridge.
A self-propelled harvester having an intake device which is arranged in the front region of the harvester and to which a crop material pickup device can be mounted, which is drivable by a drive shaft arranged on the intake device and can be braked by a brake device (33, 34) characterised in that the brake device (33, 34) is in the form of a drum brake (34, 47) with a brake drum (35, 52) into which at least one additional function is integrated.
A CDMA security encoding method, comprising steps of: receiving a first clock signal, and converting the first clock signal into an analog signal; receiving a data signal and a second clock signal, and performing differential bi-phase encoding on the data signal to obtain an encoded digital signal; after conditioning and amplifying the analog signal, coupling the analog signal with the encoded digital signal, to obtain a desired baseband signal, wherein two-in-one mixing and superposition are is performed on the analog signal and the encoded digital signal by a synthetic transformer with a specific transformation ratio; encoding the baseband signal to obtain an encoded baseband signal, wherein a disturbance unit receives the baseband signal and performs disturbance processing to obtain disturbed data and sends it to a data conversion unit, the data conversion unit receives the disturbed data and performs data conversion to obtain converted data, and sends it to a scrambling unit, the scrambling unit receives the converted data, and adds control bits and disturbance bits to the converted data, so as to obtain scrambled data, and sends the scrambled data to a calculation unit; the calculation unit receives the scrambled data, selects additional trimming bits that meet specific conditions, calculates check bits, and then adds the additional trimming bits and the check bits to the scrambled data to obtain an encoded baseband signal with specific bits; and performing CDMA encoding on the encoded baseband signal to obtain an encoded CDMA signal. receiving a first clock signal, and converting the first clock signal into an analog signal; receiving a data signal and a second clock signal, and performing differential bi-phase encoding on the data signal to obtain an encoded digital signal; after conditioning and amplifying the analog signal, coupling the analog signal with the encoded digital signal, to obtain a desired baseband signal, wherein two-in-one mixing and superposition are is performed on the analog signal and the encoded digital signal by a synthetic transformer with a specific transformation ratio; encoding the baseband signal to obtain an encoded baseband signal, wherein a disturbance unit receives the baseband signal and performs disturbance processing to obtain disturbed data and sends it to a data conversion unit, the data conversion unit receives the disturbed data and performs data conversion to obtain converted data, and sends it to a scrambling unit, the scrambling unit receives the converted data, and adds control bits and disturbance bits to the converted data, so as to obtain scrambled data, and sends the scrambled data to a calculation unit; the calculation unit receives the scrambled data, selects additional trimming bits that meet specific conditions, calculates check bits, and then adds the additional trimming bits and the check bits to the scrambled data to obtain an encoded baseband signal with specific bits; and performing CDMA encoding on the encoded baseband signal to obtain an encoded CDMA signal.
An agricultural harvesting machine comprising: a binding mechanism configured to secure binding material around crop material formed into a crop package; and a delivery device configured to wrap binding material around a portion of the crop package and provide binding material to the binding mechanism; wherein the delivery device includes a needle connected to a needle frame, the needle frame includes a yoke and a first arm; the yoke includes a central section; and the first arm includes a main body and a yoke receiving portion; characterized in that the yoke further includes an upper bar extending from the central section, and a lower bar extending from the central section; 1 and the yoke receiving portion of the first arm includes a front flange connected to the yoke and a rear flange separately coupled to the yoke. a binding mechanism configured to secure binding material around crop material formed into a crop package; and a delivery device configured to wrap binding material around a portion of the crop package and provide binding material to the binding mechanism; wherein the delivery device includes a needle connected to a needle frame, the needle frame includes a yoke and a first arm; the yoke includes a central section; and the first arm includes a main body and a yoke receiving portion; characterized in that the yoke further includes an upper bar extending from the central section, and a lower bar extending from the central section; 1 and the yoke receiving portion of the first arm includes a front flange connected to the yoke and a rear flange separately coupled to the yoke.
An ocular symptom-improving agent which is a composition containing a culture supernatant of dental pulp-derived stem cells or a culture supernatant of immortalized stem cells of dental pulp-derived stem cells for use in improving myopia, astigmatism or presbyopia.
At least one compound selected from the group consisting of Methyl-4,6-diamino-2-[1-(2-fluorobenzyl)-1H-pyrazolo [3,4-b]pyridine-3 -yl] -5 -pyrimidinyl(methyl)carbamate, Methyl- {4,6-diamino-2-[5-fluoro-1-(2-fluorobenzyl)-1H-pyrazolo[3,4-b]pyridine-3-yl]pyrimidine-5-yl}carbamate, and 3-(4-Amino-5-cyclopropylpyrimidine-2-yl)-1-(2-fluorobenzyl)-1 H -pyrazolo[3,4- b]pyridine for use in the acceleration of wound healing in patients with Digital Ulcers concomitant to fibrotic diseases, such as systemic sclerosis and scleroderma.
A method of operation of a chamber comprising: adjusting a cathode; rotating a rotating shield below the cathode for exposing the cathode through a shield hole of the rotating shield; and rotating a rotating pedestal for producing a material to form a carrier over the rotating pedestal, wherein the material has a non-uniformity constraint of less than 1% of a thickness of the material and the cathode has an angle between the cathode and the carrier, exposing the cathode through a shroud arranged below the cathode and over the rotating shield configured for containing a majority of the material from a target that does not deposit on the carrier. adjusting a cathode; rotating a rotating shield below the cathode for exposing the cathode through a shield hole of the rotating shield; and rotating a rotating pedestal for producing a material to form a carrier over the rotating pedestal, wherein the material has a non-uniformity constraint of less than 1% of a thickness of the material and the cathode has an angle between the cathode and the carrier, exposing the cathode through a shroud arranged below the cathode and over the rotating shield configured for containing a majority of the material from a target that does not deposit on the carrier.
A urinal apparatus configured for insertion in an outlet of a urinal, the urinal apparatus comprising: a hollow body defining an upper housing and a lower housing; an internal consumable detergent/deodoriser; a resealing valve; and an externally mounted consumable cap element; wherein the upper housing provides an open chamber configured to receive and retain the internal consumable detergent/deodoriser and wherein the lower housing is configured to support and retain the resealing valve, which is operable to allow flow of fluid, such as urine, from above, but is operable to prevent back flow from below the resealing valve; and wherein the externally mounted consumable cap element includes an axial opening at least partway through, wherein the opening is configured to receive at least part of the upper housing, wherein a body of the cap element comprises a plurality of radially extending fins (74, 76), wherein one of the upper housing or the consumable cap element includes an upper member comprising an array of holes, which, in use, facilitate fluid flow through the apparatus and wherein the array of holes are configured to interact with an extraction tool for insertion and extraction of the urinal apparatus into and from a urinal as a unit. a hollow body defining an upper housing and a lower housing; an internal consumable detergent/deodoriser; a resealing valve; and an externally mounted consumable cap element; wherein the upper housing provides an open chamber configured to receive and retain the internal consumable detergent/deodoriser and wherein the lower housing is configured to support and retain the resealing valve, which is operable to allow flow of fluid, such as urine, from above, but is operable to prevent back flow from below the resealing valve; and wherein the externally mounted consumable cap element includes an axial opening at least partway through, wherein the opening is configured to receive at least part of the upper housing, wherein a body of the cap element comprises a plurality of radially extending fins (74, 76), wherein one of the upper housing or the consumable cap element includes an upper member comprising an array of holes, which, in use, facilitate fluid flow through the apparatus and wherein the array of holes are configured to interact with an extraction tool for insertion and extraction of the urinal apparatus into and from a urinal as a unit.
Method for selecting a donor for providing transplantation material, comprising: a. Providing an electronic representation of HLA-typing data from a transplantation recipient and one or more candidate transplantation donors, wherein two-field specific HLA protein typing is unavailable for said donor(s) and/or recipient, b. Determining in a computer-implemented method the number of predicted indirectly recognized HLA epitopes (PIRCHES) (PIRCHE value) for multiple specific HLA proteins of the donor allele group of the HLA locus that is mismatched or potentially mismatched between said donor and said recipient (mismatched donor allele group); using the data provided in step (a) and c. Selecting or rejecting one or more of said candidate transplantation donors in a computer-implemented method according to the PIRCHE values determined in step b). a. Providing an electronic representation of HLA-typing data from a transplantation recipient and one or more candidate transplantation donors, wherein two-field specific HLA protein typing is unavailable for said donor(s) and/or recipient, b. Determining in a computer-implemented method the number of predicted indirectly recognized HLA epitopes (PIRCHES) (PIRCHE value) for multiple specific HLA proteins of the donor allele group of the HLA locus that is mismatched or potentially mismatched between said donor and said recipient (mismatched donor allele group); using the data provided in step (a) and c. Selecting or rejecting one or more of said candidate transplantation donors in a computer-implemented method according to the PIRCHE values determined in step b).
A device for three-dimensional positioning, comprising: a secondary radar base station, which is provided for range measurement of transponders, and which has at least one radar antenna, a GNSS receiver, which is provided for measuring GNSS signals, and which has a GNSS receiver antenna, an inertial measuring unit, which is provided for determining a location of the GNSS receiver antenna and of the at least one radar antenna in a shared coordinate system in relation to a reference point, and an integration processor (24; 30; 31), which is supplied with pseudo range measurements of the GNSS receiver, radar range measurements and motions of the device about an axes of the shared coordinate system measured by the inertial measuring unit, in the following called IMU data, characterized in that the integration processor determines a three-dimensional position of a common reference point by fusion of the supplied measurements and data according to a sensor data fusion, a lever arm compensation being carried out which takes the measured motions into account, wherein the integration processor (24; 30; 31) has a nonlinear filter (36; 37) to process the pseudo range measurements of the GNSS receiver, the IMU data of the inertial measuring unit, and the radar range measurements. a secondary radar base station, which is provided for range measurement of transponders, and which has at least one radar antenna, a GNSS receiver, which is provided for measuring GNSS signals, and which has a GNSS receiver antenna, an inertial measuring unit, which is provided for determining a location of the GNSS receiver antenna and of the at least one radar antenna in a shared coordinate system in relation to a reference point, and an integration processor (24; 30; 31), which is supplied with pseudo range measurements of the GNSS receiver, radar range measurements and motions of the device about an axes of the shared coordinate system measured by the inertial measuring unit, in the following called IMU data, characterized in that the integration processor determines a three-dimensional position of a common reference point by fusion of the supplied measurements and data according to a sensor data fusion, a lever arm compensation being carried out which takes the measured motions into account, wherein the integration processor (24; 30; 31) has a nonlinear filter (36; 37) to process the pseudo range measurements of the GNSS receiver, the IMU data of the inertial measuring unit, and the radar range measurements.