mhurhangee/ep-ind-claims huggingface dataset:
A foot arrangement for a household appliance, comprising at least two feet which are communicated with each other to allow a hydraulic medium to flow between the feet, and a control device for opening and closing said flow of hydraulic medium between said feet, wherein at least one of said feet comprises: a hydraulic plate; a sheath fixedly connected with the hydraulic plate; an adjustable foot arranged in the sheath and axially movable relative to the sheath, an accommodating chamber formed by the hydraulic plate, the sheath and the adjustable foot, said hydraulic medium being arranged in the accommodating chamber and the hydraulic medium is compressed or expanded depending on pressure changes to drive the adjustable foot to move axially in the sheath for leveling, and a liquid flowing passage for allowing the hydraulic medium to flow is arranged in the hydraulic plate; characterized in that the control device is arranged on at least one of the feet for household appliance and part of the the control device is arranged within said liquid flowing passage of said hydraulic plate for controlling the liquid flowing passage to be opened or closed. a hydraulic plate; a sheath fixedly connected with the hydraulic plate; an adjustable foot arranged in the sheath and axially movable relative to the sheath, an accommodating chamber formed by the hydraulic plate, the sheath and the adjustable foot, said hydraulic medium being arranged in the accommodating chamber and the hydraulic medium is compressed or expanded depending on pressure changes to drive the adjustable foot to move axially in the sheath for leveling, and a liquid flowing passage for allowing the hydraulic medium to flow is arranged in the hydraulic plate; characterized in that the control device is arranged on at least one of the feet for household appliance and part of the the control device is arranged within said liquid flowing passage of said hydraulic plate for controlling the liquid flowing passage to be opened or closed.
A robotic work tool system comprising a robotic working tool arranged to operate in a work area defined by a boundary, the robotic working tool comprising a signal navigation device, an optical navigation sensor, and a controller, wherein the controller is configured to: follow an intended boundary as defined by one or more boundary points in a first direction using the optical navigation sensor to record features utilizing SLAM; determine a location of at least one of the boundary points; determine a variance of the location(s); and characterized by being further configured to determine the boundary based on the variance of the location(s) utilizing the innermost of the variance(s) by creating an inner envelope using intersections of tangents for variance circles, where the innermost tangent(s) is used, where a variance circle is defined as a singular variance, i.e. a circle around the boundary point's location. follow an intended boundary as defined by one or more boundary points in a first direction using the optical navigation sensor to record features utilizing SLAM; determine a location of at least one of the boundary points; determine a variance of the location(s); and characterized by being further configured to determine the boundary based on the variance of the location(s) utilizing the innermost of the variance(s) by creating an inner envelope using intersections of tangents for variance circles, where the innermost tangent(s) is used, where a variance circle is defined as a singular variance, i.e. a circle around the boundary point's location.
Conveyance device for the movement, within a strapping machine, of a succession of bundles (2, 3) consisting of stacked flat objects, comprising - first conveying means, capable of moving each bundle (2, 3) from an assembly zone in which said bundle (2, 3) is formed from a stacking of flat objects, to a transfer zone in which said bundle (2, 3) is positioned outside the assembly zone, comprising at least one pushing member (11, 12) that is capable of being positioned behind each bundle (2, 3) placed in the assembly zone, and of pushing it to the transfer zone before retracting to return to its initial position, and being also capable of longitudinally guiding the stack of the flat objects during the formation of each bundle (2, 3) in the assembly zone, and of longitudinally holding said bundle (2, 3) during its movement from the assembly zone to the transfer zone, and - second conveying means capable of moving each bundle (2, 3) from the transfer zone to a strapping zone in which the flat objects comprising said bundle (2, 3) are attached together, and comprising at least one pushing member (41, 42) which is capable of being positioned behind each bundle (2, 3) placed in the transfer zone, and of pushing it up to the strapping zone before being retracted to return to its initial position, characterized in that - each pushing member (11, 12) of the first conveying means is capable of retracting downward in a substantially vertical direction, and - each pushing member (41, 42) of the second conveying means is capable of retracting upward in a substantially vertical direction. - first conveying means, capable of moving each bundle (2, 3) from an assembly zone in which said bundle (2, 3) is formed from a stacking of flat objects, to a transfer zone in which said bundle (2, 3) is positioned outside the assembly zone, comprising at least one pushing member (11, 12) that is capable of being positioned behind each bundle (2, 3) placed in the assembly zone, and of pushing it to the transfer zone before retracting to return to its initial position, and being also capable of longitudinally guiding the stack of the flat objects during the formation of each bundle (2, 3) in the assembly zone, and of longitudinally holding said bundle (2, 3) during its movement from the assembly zone to the transfer zone, and - second conveying means capable of moving each bundle (2, 3) from the transfer zone to a strapping zone in which the flat objects comprising said bundle (2, 3) are attached together, and comprising at least one pushing member (41, 42) which is capable of being positioned behind each bundle (2, 3) placed in the transfer zone, and of pushing it up to the strapping zone before being retracted to return to its initial position, - each pushing member (11, 12) of the first conveying means is capable of retracting downward in a substantially vertical direction, and - each pushing member (41, 42) of the second conveying means is capable of retracting upward in a substantially vertical direction.
Method of deep cleansing of skin, according to which the skin is pre-cleansed, steamed and then peeling, characterized in that, the peeling is carrying out in two steps: in the first step, chemical peeling is carried out at a temperature of 50-85°C for 30-45 minutes in the steam cabin by steaming the patient's body with a steam mixture that consists of wine steam containing active substances which is obtained by getting in contact with medical herbs including chamomile, violet, rye eye, rose petals, dried lemon-orange peel, hypericum, saffron, mint, jasmine, tea orange peel, or peel, bay leaf in the second step, mechanical peeling is carried out with puree, which contains the following ingredients, alcohol-free hot wine 10-30 wt %, ground dried grape seed 2.5-10 wt. %, freshly ground grapes 10-30 wt.%, grape seed oil 1-5 wt. % and hot water up to 1 kg.
Use of an antibody binding to a complementary determining region of an antibody against the amyloid β peptide and binding to the same epitope or an overlapping epitope as the antibody obtained from the cell line DSM ACC2939 for the immunological determination of an antibody against the amyloid β peptide in a sample using an immunoassay, wherein the heavy chain variable domain of the antibody against the amyloid β peptide comprises a CDR3 with an amino acid sequence selected from SEQ ID NO: 1, 2, or 3 and the light chain variable domain of said antibody against the amyloid β peptide comprises a CDR3 with an amino acid sequence selected from SEQ ID NO: 4, 5, or 6.
A device configured to operate in a wireless system, the device comprising: a transceiver configured with an Evolved Universal Terrestrial Radio Access, E-UTRA, - New Radio, NR, Dual Connectivity, EN-DC, wherein the EN-DC is configured to use three bands; a processor operably connectable to the transceiver, wherein the processer is configured to: control the transceiver to receive a downlink signal via one band among the three band, control the transceiver to transmit an uplink signal via at least two bands among the three bands, wherein a value of Maximum Sensitivity Degradation, MSD, is applied to a reference sensitivity for the one band, wherein, based on i) the three bands are bands 8, n28 and n79 and ii) the one band is n79, the value of the MSD is 0.0 dB, wherein, based on i) the three bands are bands 8, n28 and n79 and ii) the one band is n28, the value of the MSD is 3.9 dB, wherein, based on i) the three bands are bands 3, n28 and n75 and ii) the one band is n75, the value of the MSD is 3.3 dB. a transceiver configured with an Evolved Universal Terrestrial Radio Access, E-UTRA, - New Radio, NR, Dual Connectivity, EN-DC, wherein the EN-DC is configured to use three bands; a processor operably connectable to the transceiver, wherein the processer is configured to: control the transceiver to receive a downlink signal via one band among the three band, control the transceiver to transmit an uplink signal via at least two bands among the three bands, wherein a value of Maximum Sensitivity Degradation, MSD, is applied to a reference sensitivity for the one band, wherein, based on i) the three bands are bands 8, n28 and n79 and ii) the one band is n79, the value of the MSD is 0.0 dB, wherein, based on i) the three bands are bands 8, n28 and n79 and ii) the one band is n28, the value of the MSD is 3.9 dB, wherein, based on i) the three bands are bands 3, n28 and n75 and ii) the one band is n75, the value of the MSD is 3.3 dB. control the transceiver to receive a downlink signal via one band among the three band, control the transceiver to transmit an uplink signal via at least two bands among the three bands, wherein a value of Maximum Sensitivity Degradation, MSD, is applied to a reference sensitivity for the one band, wherein, based on i) the three bands are bands 8, n28 and n79 and ii) the one band is n79, the value of the MSD is 0.0 dB, wherein, based on i) the three bands are bands 8, n28 and n79 and ii) the one band is n28, the value of the MSD is 3.9 dB, wherein, based on i) the three bands are bands 3, n28 and n75 and ii) the one band is n75, the value of the MSD is 3.3 dB.
A plant cell culture from a plant of the Centella genus, said plant cell culture comprising an amount of madecassoside from 85 % to 95 % by weight, and an amount of asiaticoside from 5 % to 15 % by weight, being % by weight both of madecassoside and asiaticoside in respect of the total weight of centellosides in the cell culture, and obtainable by: a) cultivating by cell suspension an undifferentiated plant cell from a plant of the Centella genus in a suitable growing medium for a period comprised from 8 to 15 days in which stationary growing phase is reached, to obtain an in-stationary phase culture; b) adding 3 doses of a jasmonate compound to the in-stationary phase culture of step a), wherein each one of the dosis added corresponds to an amount such of jasmonate compound that the final concentration at the end of each addition is from 80 μM to 150 μM; and wherein the three doses of the jasmonate compound are added with the following schedule: (i) the first dose once the culture of step a) has reached the stationary growing phase; (ii) the second dose is added from 3 to 5 days later in respect of the first addition; (iii) the third dose is added from 8 to 11 days later in respect of the first addition. a) cultivating by cell suspension an undifferentiated plant cell from a plant of the Centella genus in a suitable growing medium for a period comprised from 8 to 15 days in which stationary growing phase is reached, to obtain an in-stationary phase culture; b) adding 3 doses of a jasmonate compound to the in-stationary phase culture of step a), wherein each one of the dosis added corresponds to an amount such of jasmonate compound that the final concentration at the end of each addition is from 80 μM to 150 μM; and wherein (i) the first dose once the culture of step a) has reached the stationary growing phase; (ii) the second dose is added from 3 to 5 days later in respect of the first addition; (iii) the third dose is added from 8 to 11 days later in respect of the first addition.
An apparatus for powder dosing a nutritional composition comprising: a. a container body including: i. an upper portion adapted for removable receipt of a closure, the upper portion defining an opening therein, and ii. a cavity defined by the container body, the cavity being in fluid communication with the upper portion opening, and b. the closure removably coupled to the upper portion, the closure including: i. a disk disposed between the container body and the closure, and characterized in that the disk is formed with an open lattice center and in that the nutritional composition comprises ii. a heat-sensitive ingredient deposited on the underside of the disk. a. a container body including: i. an upper portion adapted for removable receipt of a closure, the upper portion defining an opening therein, and ii. a cavity defined by the container body, the cavity being in fluid communication with the upper portion opening, and i. an upper portion adapted for removable receipt of a closure, the upper portion defining an opening therein, and ii. a cavity defined by the container body, the cavity being in fluid communication with the upper portion opening, and b. the closure removably coupled to the upper portion, the closure including: i. a disk disposed between the container body and the closure, and characterized in that the disk is formed with an open lattice center and in that the nutritional composition comprises ii. a heat-sensitive ingredient deposited on the underside of the disk. i. a disk disposed between the container body and the closure, and characterized in that the disk is formed with an open lattice center and in that the nutritional composition comprises ii. a heat-sensitive ingredient deposited on the underside of the disk.
An apparatus configured for renal neuromodulation, e.g. renal denervation, wherein the apparatus is configured for employing RF energy to reduce or control neural signal, and wherein the apparatus is configured for delivering stimulation electric fields, and wherein the apparatus is further configured to monitor renin levels, sodium levels, renal blood flow or blood pressure, and characterized in that the apparatus is further configured to utilize the electric stimulation fields to position the apparatus for treatment. wherein the apparatus is configured for delivering stimulation electric fields, and wherein the apparatus is further configured to monitor renin levels, sodium levels, renal blood flow or blood pressure, and characterized in that the apparatus is further configured to utilize the electric stimulation fields to position the apparatus for treatment.
Method for determination of a 3D information, especially of a point cloud or of a 3D surface reconstruction or of a 3D object, of an inner part of a metallurgical vessel comprising the steps of: - providing a metallurgical vessel; - capturing a first optical image of at least one first inner part of the metallurgical vessel, from a first imaging device position outside of the metallurgical vessel, with a first optical axis, by a first imaging device; - capturing a second optical image of at least one second inner part of the metallurgical vessel, from a second imaging device position outside of the metallurgical vessel, with a second optical axis, by a second imaging device; - calculating a 3D information, such as a point cloud or a 3D surface reconstruction or a 3D object, of at least one inner part of the metallurgical vessel from at least the first optical image and the second optical image; characterized in that - the first optical image is captured from a first fixed imaging device position with a first fixed optical axis and whereas the second optical image is captured from a second fixed imaging device position with a second fixed optical axis. - providing a metallurgical vessel; - capturing a first optical image of at least one first inner part of the metallurgical vessel, from a first imaging device position outside of the metallurgical vessel, with a first optical axis, by a first imaging device; - capturing a second optical image of at least one second inner part of the metallurgical vessel, from a second imaging device position outside of the metallurgical vessel, with a second optical axis, by a second imaging device; - calculating a 3D information, such as a point cloud or a 3D surface reconstruction or a 3D object, of at least one inner part of the metallurgical vessel from at least the first optical image and the second optical image; - the first optical image is captured from a first fixed imaging device position with a first fixed optical axis and whereas the second optical image is captured from a second fixed imaging device position with a second fixed optical axis.
A device for supporting molten metal container comprising: a ring member enclosing an outside of a rotatable molten metal container; and first and second support units (300 and 400) configured to support the load of the molten metal container alone or together in combination with the ring member, according to the rotated locations of the molten metal container; and a rotational shaft provided in the ring member such that the molten metal container is rotatable about the rotational shaft together with the ring member, characterized in that the second support unit comprises: a support member provided on the ring member; and an insertion hole formed in the molten metal container such that one side of the support member is inserted, wherein a first clearance and a second clearance formed on an opposite side to the first clearance are formed between the support member and the insertion hole, and the first clearance and the second clearance at the upright location of the molten metal container are positioned on an upper side and a lower side of the insertion hole, respectively. a ring member enclosing an outside of a rotatable molten metal container; and first and second support units (300 and 400) configured to support the load of the molten metal container alone or together in combination with the ring member, according to the rotated locations of the molten metal container; and a rotational shaft provided in the ring member such that the molten metal container is rotatable about the rotational shaft together with the ring member, characterized in that the second support unit comprises: a support member provided on the ring member; and an insertion hole formed in the molten metal container such that one side of the support member is inserted, wherein a first clearance and a second clearance formed on an opposite side to the first clearance are formed between the support member and the insertion hole, and the first clearance and the second clearance at the upright location of the molten metal container are positioned on an upper side and a lower side of the insertion hole, respectively. a support member provided on the ring member; and an insertion hole formed in the molten metal container such that one side of the support member is inserted, wherein a first clearance and a second clearance formed on an opposite side to the first clearance are formed between the support member and the insertion hole, and the first clearance and the second clearance at the upright location of the molten metal container are positioned on an upper side and a lower side of the insertion hole, respectively.
A drain for fitting in the floor of a wet space, which drain comprises a drain element with an outlet for leading liquid from the floor of the wet space to a drain system, and a fitting flange disposed round, and running substantially horizontally from, the drain element, wherein the drain comprises in addition a sealing flange which runs substantially vertically from the horizontal fitting flange along at least part of the periphery of the drain element and at a distance from the drain element, to allow the drain to be fitted in the floor adjacent to one or more of the walls of the wet space with the sealing flange against said wall or walls, characterized in that the sealing flange is configured to be removable by having a cutting indication at its actual connection to the fitting flange to allow the drain to be fitted in the floor at a distance from the walls of the wet space.
Warning clothing for a user of an automotive vehicle, having at least one light reflecting pattern, wherein the warning clothing is produced from a single-layer textile sheet or synthetic film material, the thickness thereof being dimensioned small enough that the warning clothing is foldable to a package volume in a range of 20 cm 3 to 50 cm 3, characterized in that at least one cut piece from the textile sheet or synthetic film material is provided with a three-dimensional structuring, in particular an arrangement of impressions, wherein in particular the structuring includes a pattern of pyramidal impressions distributed over the surface of the cut piece.
A method for selecting a resource, comprising: receiving, by a user equipment, UE, a transmission configuration indicator, TCI, state of a downlink transmission, wherein the TCI state comprises Quasi co-location, QCL, information, and the QCL information comprises a plurality of correspondences, each correspondence of the plurality of correspondences is between a respective reference signal, RS, of a plurality of RSs and a corresponding QCL type of a plurality of QCL types; selecting, by the UE, an RS of the plurality of RSs according to a QCL type of the plurality of QCL types; and performing, by the UE, radio link monitoring, RLM, according to the RS. receiving, by a user equipment, UE, a transmission configuration indicator, TCI, state of a downlink transmission, wherein the TCI state comprises Quasi co-location, QCL, information, and the QCL information comprises a plurality of correspondences, each correspondence of the plurality of correspondences is between a respective reference signal, RS, of a plurality of RSs and a corresponding QCL type of a plurality of QCL types; selecting, by the UE, an RS of the plurality of RSs according to a QCL type of the plurality of QCL types; and performing, by the UE, radio link monitoring, RLM, according to the RS.