mhurhangee/ep-ind-claims huggingface dataset:
Autonomous apparatus for cooking food comprising: - a support body, an openable lid hinged to said support body, wherein the support body has an external wall and an internal wall, - an internal container which can be extracted/inserted with respect to said support body and open at the top, wherein said internal wall is adjacent during use to said container; - at least a heating device, one or more elements to generate a flow of air toward the inside of said container, said air flow generator element being connected to a return exit with a suction mouth made in correspondence with said internal wall of said support body and determining a closed circuit of the flow of air, characterized in that said suction mouth cooperates with a plurality of through holes made on at least one portion of the lateral wall of the internal container, said through holes being present at least partly on said lateral wall on a band near a peripheral edge disposed at the top of said lateral wall of said container, and in that said apparatus comprises a sending aperture configured to have a substantially hollow toroidal shape cooperating, when said lid is in a closed position on said container, with a peripheral edge of said container and communicating with the inside of said container. - a support body, an openable lid hinged to said support body, wherein the support body has an external wall and an internal wall, - an internal container which can be extracted/inserted with respect to said support body and open at the top, wherein said internal wall is adjacent during use to said container; - at least a heating device, one or more elements to generate a flow of air toward the inside of said container, said air flow generator element being connected to a return exit with a suction mouth made in correspondence with said internal wall of said support body and determining a closed circuit of the flow of air, characterized in that said suction mouth cooperates with a plurality of through holes made on at least one portion of the lateral wall of the internal container, said through holes being present at least partly on said lateral wall on a band near a peripheral edge disposed at the top of said lateral wall of said container, and in that said apparatus comprises a sending aperture configured to have a substantially hollow toroidal shape cooperating, when said lid is in a closed position on said container, with a peripheral edge of said container and communicating with the inside of said container.
A dilation system, comprising: a first dilator including an elongated body having longitudinal axis, a proximal end, a distal end, and an outer surface extending between the proximal end and the distal end, the first dilator having a major axis and a minor axis, the minor axis being substantially normal to the major axis, said elongated body having a cross-section having a first diameter along the major axis and a second diameter along the minor axis with the first diameter being greater than the second diameter; and a second dilator including an elongated body having longitudinal axis, a proximal end, a distal end, an outer surface extending between the proximal end and the distal end, and a bore extending from the proximal end to the distal end, the second dilator having a major axis and a minor axis, the minor axis of the second dilator being substantially normal to the major axis of the second dilator, said elongated body of said second dilator having a cross-section having a first diameter along the major axis of the second dilator and a second diameter along the minor axis of the second dilator with the first diameter of the second dilator being greater than the second diameter of the second dilator, characterized in that, the bore of the second dilator is configured to matingly receive the first dilator in such a way that the major axis of the second dilator is aligned with the minor axis of the first dilator and the minor axis of the second dilator is aligned with the major axis of the first dilator. a first dilator including an elongated body having longitudinal axis, a proximal end, a distal end, and an outer surface extending between the proximal end and the distal end, the first dilator having a major axis and a minor axis, the minor axis being substantially normal to the major axis, said elongated body having a cross-section having a first diameter along the major axis and a second diameter along the minor axis with the first diameter being greater than the second diameter; and a second dilator including an elongated body having longitudinal axis, a proximal end, a distal end, an outer surface extending between the proximal end and the distal end, and a bore extending from the proximal end to the distal end, the second dilator having a major axis and a minor axis, the minor axis of the second dilator being substantially normal to the major axis of the second dilator, said elongated body of said second dilator having a cross-section having a first diameter along the major axis of the second dilator and a second diameter along the minor axis of the second dilator with the first diameter of the second dilator being greater than the second diameter of the second dilator, characterized in that, the bore of the second dilator is configured to matingly receive the first dilator in such a way that the major axis of the second dilator is aligned with the minor axis of the first dilator and the minor axis of the second dilator is aligned with the major axis of the first dilator.
A method for isomerisation of glucose into fructose in water in the presence of a solid basic catalyst, characterized by the reversibility of the CO 2 adsorption isotherms at low temperature, notably at 30°C, and a differential CO 2 adsorption heat, measured at 30°C, comprised between 60 and 110 kJ.mol -1, preferably between 75 and 90 kJ.mol -1, the catalyst being a catalyst comprising at least one scandium oxide or one lanthanide oxide selected from the chemical elements with atomic number from 57 to 71, either supported or not supported or a molecular sieve based on silicon containing its organic template.
A reversible pump-turbine adapted to be located in a vertical shaft from which it is removable and further comprising a removable manifold fixed to the top of the shaft during operation wherein water flow to and from the reversible pump-turbine is through coaxial penstocks adapted to be positioned in the shaft above the pump-turbine; and wherein said pump-turbine comprises: an impeller with a toroidal flow path through approximately 180 degrees in the meridional plane; a diffuser-guide vane combination into which the impeller discharges; and a tailrace connection. an impeller with a toroidal flow path through approximately 180 degrees in the meridional plane; a diffuser-guide vane combination into which the impeller discharges; and a tailrace connection.
Device for generating check data on the basis of data, said device comprising: - varying means for varying the data, thereby creating varied data, said varying means comprising permutating means for performing a permutation of said data; - wherein the permutating means are varied by using different permutations, the permutations being varied by taking a parameter of the data as the variation value of the different permutations, the parameter being the number of bits of the data or the bit-index of the data; - generating means for generating the check data from the varied data; and - wherein the data and the check data are transmitted between a transmission end and a receiving end, to thereby enable a check of transmission errors on the basis of the check data. - varying means for varying the data, thereby creating varied data, said varying means comprising permutating means for performing a permutation of said data; - wherein the permutating means are varied by using different permutations, the permutations being varied by taking a parameter of the data as the variation value of the different permutations, the parameter being the number of bits of the data or the bit-index of the data; - generating means for generating the check data from the varied data; and - wherein the data and the check data are transmitted between a transmission end and a receiving end, to thereby enable a check of transmission errors on the basis of the check data.
Method of producing nanobiocatalysts, comprising: (i) suspending a support material comprising fumed silica nanoparticles in a liquid medium; (ii) functionalizing a surface of the support material by mixing the suspended support material with a functionalizer being an aminosilane for a first predefined time in a range of 1 minute to 24 hours at a first predefined temperature within a biologically compatible range of 4°C to 105°C, wherein a first broth results; (iii) applying a protein being laccase directly in the first broth after the first predefined time; (iv) mixing the protein with the first broth and incubating the protein for a second predefined time in a range of 1 minute to 24 hours, at a second predefined temperature within a biologically compatible range of 3°C to 7°C, wherein a second broth results; (v) immobilizing the incubated protein onto the functionalized surface of the support material by applying a immobilizer being glutaraldehyde to the second broth and mixing the immobilizer and the second broth for a third predefined time in a range of 20 hours to 30 hours at a third predefined temperature within a biologically compatible range of 18°C to 25°C, wherein a third broth results; (vi) filtering the third broth; and (vii) gathering a retentate of the filtering. (i) suspending a support material comprising fumed silica nanoparticles in a liquid medium; (ii) functionalizing a surface of the support material by mixing the suspended support material with a functionalizer being an aminosilane for a first predefined time in a range of 1 minute to 24 hours at a first predefined temperature within a biologically compatible range of 4°C to 105°C, wherein a first broth results; (iii) applying a protein being laccase directly in the first broth after the first predefined time; (iv) mixing the protein with the first broth and incubating the protein for a second predefined time in a range of 1 minute to 24 hours, at a second predefined temperature within a biologically compatible range of 3°C to 7°C, wherein a second broth results; (v) immobilizing the incubated protein onto the functionalized surface of the support material by applying a immobilizer being glutaraldehyde to the second broth and mixing the immobilizer and the second broth for a third predefined time in a range of 20 hours to 30 hours at a third predefined temperature within a biologically compatible range of 18°C to 25°C, wherein a third broth results; (vi) filtering the third broth; and (vii) gathering a retentate of the filtering.
A system for predicting elaborate cognitive test scores from basic test scores, the system comprising - a retrieval unit for retrieving a first ranked list of images from image storage means comprising images of a body or body parts of a patient, on the basis of visual similarity of images from said image storage means to a query image, wherein the similarity is defined by a similarity function; - means for providing a value of a first attribute relating to the query image, wherein said first attribute is a mini-mental state examination (MMSE) score; - a relevance unit for computing Boolean values of relevance of images of the retrieved first ranked list of images on the basis of the value of the MMSE score relating to the query image and values of a second attribute relating to the images of the retrieved first ranked list of images, wherein said second attribute is a clinical dementia rating score; wherein said values of relevance are computed using the formula: relevance value = (MMSE<27) AND (CDR>0); - an update unit for updating the similarity function on the basis of the images of the first ranked list and its computed Boolean values of relevance using machine learning; wherein the retrieval unit is further adapted for retrieving a second ranked list of images from image storage means, based on the updated similarity function; and wherein the system further comprises a prediction unit adapted for predicting a value of a CDR score relating to the query image by setting the CDR score of the query image to the value of the CDR score of the top image of the second ranked list retrieved by the retrieval unit, using the similarity function updated by the update unit. - a retrieval unit for retrieving a first ranked list of images from image storage means comprising images of a body or body parts of a patient, on the basis of visual similarity of images from said image storage means to a query image, wherein the similarity is defined by a similarity function; - means for providing a value of a first attribute relating to the query image, wherein said first attribute is a mini-mental state examination (MMSE) score; - a relevance unit for computing Boolean values of relevance of images of the retrieved first ranked list of images on the basis of the value of the MMSE score relating to the query image and values of a second attribute relating to the images of the retrieved first ranked list of images, wherein said second attribute is a clinical dementia rating score; wherein said values of relevance are computed using the formula: relevance value = (MMSE<27) AND (CDR>0); - an update unit for updating the similarity function on the basis of the images of the first ranked list and its computed Boolean values of relevance using machine learning;
A method in a user equipment for determining an upper bound of a maximum power for a secondary cell group in the user equipment, which can configure the maximum power in a range that is defined by the upper bound and a lower bound, the method comprising: determining whether a configured output power for a master cell group in a dual connectivity mode of operation is less than a minimum of a maximum allowed power for a serving cell and a maximum allowed combined power; wherein the upper bound of the maximum power for the secondary cell group in the user equipment is set equal to the minimum of the minimum of the maximum allowed power for the serving cell and the maximum allowed combined power, less the configured output power for the master cell group, a maximum allowed power for the secondary cell group, and an adjusted maximum power of a power class of the user equipment, based upon a determination that the configured output power for the master cell group in a dual connectivity mode of operation is less than the minimum of the maximum allowed power for the serving cell and the maximum allowed combined power; and wherein the upper bound of the maximum power for the secondary cell group in the user equipment is set equal to zero power, based upon a determination that the configured output power for the master cell group in a dual connectivity mode of operation is not less than the minimum of the maximum allowed power for the serving cell and the maximum allowed combined power. determining whether a configured output power for a master cell group in a dual connectivity mode of operation is less than a minimum of a maximum allowed power for a serving cell and a maximum allowed combined power; wherein the upper bound of the maximum power for the secondary cell group in the user equipment is set equal to the minimum of the minimum of the maximum allowed power for the serving cell and the maximum allowed combined power, less the configured output power for the master cell group, a maximum allowed power for the secondary cell group, and an adjusted maximum power of a power class of the user equipment, the minimum of the maximum allowed power for the serving cell and the maximum allowed combined power, less the configured output power for the master cell group, a maximum allowed power for the secondary cell group, and an adjusted maximum power of a power class of the user equipment, based upon a determination that the configured output power for the master cell group in a dual connectivity mode of operation is less than the minimum of the maximum allowed power for the serving cell and the maximum allowed combined power; and wherein the upper bound of the maximum power for the secondary cell group in the user equipment is set equal to zero power, based upon a determination that the configured output power for the master cell group in a dual connectivity mode of operation is not less than the minimum of the maximum allowed power for the serving cell and the maximum allowed combined power.
Tandem pulley comprising: - a first flange and a second flange each having an inner surface and an outer surface, - a pair of sheaves mounted in line between the first flange and the second flange, - a gate fitted movable in rotation with respect to the first flange between a closed position and an open position, the gate coming into contact with the second flange in the closed position, - a housing designed to receive a cable, the housing being bounded by the first flange, the second flange, the pair of sheaves and the gate, the gate closing the housing in the closed position and defining a slot in the open position, - a clamp fitted on the gate, the clamp being fitted movable in rotation between a locking position locking the gate in the closed position and an unlocking position allowing movement of the gate between the closed position and the open position, the clamp having a prong pressing on the first flange and on the gate in the locking position, tandem pulley characterised in that the clamp defines an actuating area separated from the first flange by the gate, rotation of the actuating area from the locking position to the unlocking position corresponding to movement of the actuating area away from the second flange, said rotation of the actuating area causing pivoting of the prong. - a first flange and a second flange each having an inner surface and an outer surface, - a pair of sheaves mounted in line between the first flange and the second flange, - a gate fitted movable in rotation with respect to the first flange between a closed position and an open position, the gate coming into contact with the second flange in the closed position, - a housing designed to receive a cable, the housing being bounded by the first flange, the second flange, the pair of sheaves and the gate, the gate closing the housing in the closed position and defining a slot in the open position, - a clamp fitted on the gate, the clamp being fitted movable in rotation between a locking position locking the gate in the closed position and an unlocking position allowing movement of the gate between the closed position and the open position, the clamp having a prong pressing on the first flange and on the gate in the locking position,
A method of refilling a used flexible toner container having a plurality of toner openings configured to discharge toner during a print operation, the method comprising: forming a fill opening in the used flexible toner container, the fill opening being formed separately from the toner openings; attaching a toner seal to the flexible toner container to cover the plurality of toner openings; after attaching the toner seal, refilling the flexible toner container via the fill opening; and sealing the fill opening, wherein the toner seal is a used toner seal that was previously removed from the flexible toner container, and wherein attaching the toner seal to the flexible toner container includes reattaching the used toner seal to the flexible toner container, wherein the used toner seal was previously removed from the flexible toner container by a seal puller to which the used toner seal is coupled, and wherein the used toner seal remains coupled to the seal puller while the used toner seal is reattached to the flexible toner container. forming a fill opening in the used flexible toner container, the fill opening being formed separately from the toner openings; attaching a toner seal to the flexible toner container to cover the plurality of toner openings; after attaching the toner seal, refilling the flexible toner container via the fill opening; and sealing the fill opening, wherein the toner seal is a used toner seal that was previously removed from the flexible toner container, and wherein attaching the toner seal to the flexible toner container includes reattaching the used toner seal to the flexible toner container, wherein the used toner seal was previously removed from the flexible toner container by a seal puller to which the used toner seal is coupled, and wherein the used toner seal remains coupled to the seal puller while the used toner seal is reattached to the flexible toner container.
A method for classifying input to a multi-touch sensitive digitizer that is obtained from a body part as inputs invalid for user interaction and inputs valid for user interaction, the method comprising: identifying a plurality of discrete regions of input to a digitizer sensor; determining sizes of each of the plurality of discrete regions; identifying one of the identified discrete regions as a palm input region, wherein the palm input region has an area above a pre-defined area threshold; identifying another one of the identified discrete regions as a potential fingertip touch region, wherein the potential fingertip touch region has an area below the pre-defined area threshold; determining proximity between the palm input region and the potential fingertip touch region from the plurality of identified discrete regions; and classifying the potential fingertip touch region as either a valid input region or an invalid input region based on the proximity determined, wherein the potential fingertip touch region is classified as a valid input region responsive to the potential fingertip touch region being a pre-defined distance from the palm input region. identifying a plurality of discrete regions of input to a digitizer sensor; determining sizes of each of the plurality of discrete regions; identifying one of the identified discrete regions as a palm input region, wherein the palm input region has an area above a pre-defined area threshold; identifying another one of the identified discrete regions as a potential fingertip touch region, wherein the potential fingertip touch region has an area below the pre-defined area threshold; determining proximity between the palm input region and the potential fingertip touch region from the plurality of identified discrete regions; and classifying the potential fingertip touch region as either a valid input region or an invalid input region based on the proximity determined, wherein the potential fingertip touch region is classified as a valid input region responsive to the potential fingertip touch region being a pre-defined distance from the palm input region.