mhurhangee/ep-ind-claims huggingface dataset:
A magnetic anchoring device for providing a support on a wall structure (40; 54) comprising a magnetizable material, the magnetic anchoring device comprising: a magnet unit (41a, 41b; 51) configured to be placed at a location on the wall structure (40; 54), and to generate a magnetic field to develop an attracting force between the magnet unit (41a, 41b; 51) and the wall structure (40; 54) at the location thereof, characterized by a force generating device (46; 53) configured to be placed on the wall structure (40; 54), to engage the magnet unit (41a, 41b; 51), and to generate a test force along a surface of the wall structure (40; 54) between the magnet unit (41a, 41b; 51) and the wall structure (40; 54), the test force being adapted to test whether the magnet unit (41a, 41b; 51) can withstand a required force during use without moving relative to the wall structure (40; 54); and a force measuring device (47; 56) connected to the force generating device (46; 53), and configured for measuring the test force. a magnet unit (41a, 41b; 51) configured to be placed at a location on the wall structure (40; 54), and to generate a magnetic field to develop an attracting force between the magnet unit (41a, 41b; 51) and the wall structure (40; 54) at the location thereof, characterized by a force generating device (46; 53) configured to be placed on the wall structure (40; 54), to engage the magnet unit (41a, 41b; 51), and to generate a test force along a surface of the wall structure (40; 54) between the magnet unit (41a, 41b; 51) and the wall structure (40; 54), the test force being adapted to test whether the magnet unit (41a, 41b; 51) can withstand a required force during use without moving relative to the wall structure (40; 54); and a force measuring device (47; 56) connected to the force generating device (46; 53), and configured for measuring the test force.
Microalgae of the genus Euglena that fall under Euglena gracilis strain EOD-1 (Accession No. FERM BP-11530) and that are capable of producing at least polysaccharides.
A multimedia information live method, applied to a collecting device in a multimedia information live system, wherein the multimedia information live system comprises a server, a live terminal, a playing terminal, and the collecting device, the live terminal is a terminal used by a user initiating a live performance, and the method comprises: receiving, by the collecting device, a live instruction sent from the live terminal, wherein the live instruction is configured to trigger the collecting device to collect information, and the live instruction carries a first network address, the first network address belongs to at least one network address of the server; collecting, by the collecting device, multimedia information via collecting ambient information of the collecting device; sending, by the collecting device, the multimedia information to a storage module indicated by the first network address of the server according to the first network address, such that the server standardizes the multimedia information to make parameters of obtained standardized multimedia information in accordance with live parameters of the playing terminal and sends the multimedia information to the playing terminal, and the playing terminal receives and plays the standardized multimedia information. receiving, by the collecting device, a live instruction sent from the live terminal, wherein the live instruction is configured to trigger the collecting device to collect information, and the live instruction carries a first network address, the first network address belongs to at least one network address of the server; collecting, by the collecting device, multimedia information via collecting ambient information of the collecting device; sending, by the collecting device, the multimedia information to a storage module indicated by the first network address of the server according to the first network address, such that the server standardizes the multimedia information to make parameters of obtained standardized multimedia information in accordance with live parameters of the playing terminal and sends the multimedia information to the playing terminal, and the playing terminal receives and plays the standardized multimedia information.
Beverage preparation machine comprising a frame and a dispensing head placed in front of the frame and which comprises at least one beverage dispensing conduit (13, 16) ending with a beverage dispensing nozzle (11, 15), said dispensing head being mobile between a high waiting position and a low working position in which the beverage dispensing nozzle (11, 15) is arranged in the vicinity of an upper opening of a recipient, said frame comprising an opening extending vertically, through which extends the at least one beverage dispensing conduit (13, 16), said beverage preparation machine comprising a member for covering said opening, arranged inside the frame and connected to the dispensing head, characterised in that the covering member comprises a panel integral with the dispensing head and at least one first plate mobile vertically with respect to the frame and with respect to the panel, said at least first plate and the panel being mobile during the displacement of the dispensing head between - a storage position in which the at least one first plate and an end portion of the panel are arranged in a superimposed manner beyond the opening, inside the frame, - a folded intermediate position in which the at least one first plate and the end portion are superimposed and the at least one first plate participates in the covering of the opening - and a deployed position in which the at least one first plate extends beyond the panel to participate in the covering of the opening. - a storage position in which the at least one first plate and an end portion of the panel are arranged in a superimposed manner beyond the opening, inside the frame, - a folded intermediate position in which the at least one first plate and the end portion are superimposed and the at least one first plate participates in the covering of the opening - and a deployed position in which the at least one first plate extends beyond the panel to participate in the covering of the opening.
A steam surface cleaner operable to clean a surface, the surface cleaner comprising: a supply tank configured to retain a cleaning fluid; a base including a dispensing nozzle in fluid communication with the supply tank to dispense the cleaning fluid from the supply tank and onto the surface; a handle configured to move the base along the surface; a heater operable to heat the cleaning fluid to generate steam such that the cleaning fluid dispensed from the dispensing nozzle includes steam; a cleaning pad coupled to the base for movement with the base and such that the cleaning pad is configured to directly contact the surface, and a plenum between the cleaning pad and the base, wherein the dispensing nozzle discharges the cleaning fluid into the plenum, characterized in that the cleaning pad includes an aperture that allows the cleaning fluid to flow from the dispensing nozzle, through the aperture, and onto the surface; wherein the aperture is in fluid communication with the plenum to allow the cleaning fluid to flow from the plenum, through the aperture, and onto the surface. a supply tank configured to retain a cleaning fluid; a base including a dispensing nozzle in fluid communication with the supply tank to dispense the cleaning fluid from the supply tank and onto the surface; a handle configured to move the base along the surface; a heater operable to heat the cleaning fluid to generate steam such that the cleaning fluid dispensed from the dispensing nozzle includes steam; a cleaning pad coupled to the base for movement with the base and such that the cleaning pad is configured to directly contact the surface, and a plenum between the cleaning pad and the base, wherein the dispensing nozzle discharges the cleaning fluid into the plenum, characterized in that the cleaning pad includes an aperture that allows the cleaning fluid to flow from the dispensing nozzle, through the aperture, and onto the surface; wherein the aperture is in fluid communication with the plenum to allow the cleaning fluid to flow from the plenum, through the aperture, and onto the surface.
A lockout device for locking out a control device of medium-or-high-voltage electrical switchgear, the control device including a support bracket, a ratchet that is mounted to pivot relative to the support bracket about a first axis between a rest position and an actuation position for actuating the switchgear, and a blocking device (40, 42) for blocking the ratchet in its rest position, the blocking device (40, 42) being mounted to move relative to the support bracket between an active position in which its blocks the ratchet and an inactive position in which it enables the ratchet to pivot relative to the support bracket; said lockout device being characterized in that it is suitable for being mounted on the switchgear in removable manner, and is suitable for locking the ratchet in its rest position and for locking the blocking device (40, 42) in its blocking position in which the ratchet is blocked when it is mounted on the switchgear.
Use of an unfired, refractory molded body, comprising a binding agent matrix containing at least one set, permanent binding agent and aggregate grains of rice husk ash, which grains are incorporated into the binding agent matrix, wherein the aggregate of the molded body consists of at least 50 wt-% of rice husk ash, relative to the total dry mass of aggregates materials, and wherein the at least one permanent binding agent pertains to water-glass or a sol-gel binder or a phosphate binder or alumina cement or Portland cement, and wherein the molded body comprises a cold bending strength from 1.0 to 9.0 MPa, preferably from 1.5 to 7.0 MPa according to DIN EN 993-6 (04/1995), for thermal isolation of molten metal, especially of molten steel, and/or of a metallic ingot solidifying from the molten metal, wherein a molded body is used which is produced with the following method steps: a) Preparation of a mixture having the aggregate grains of the rice husk ash, the at least one, permanent binding agent, and potentially a solvent for the permanent binding agent, b) Filling the mixture into a mold, c) Compacting the mixture by means of superimposed load vibration or uniaxial pressing, d) Removing the green molded body from the mold, e) Letting the molded body set. a) Preparation of a mixture having the aggregate grains of the rice husk ash, the at least one, permanent binding agent, and potentially a solvent for the permanent binding agent, b) Filling the mixture into a mold, c) Compacting the mixture by means of superimposed load vibration or uniaxial pressing, d) Removing the green molded body from the mold, e) Letting the molded body set.
Illumination unit for an electrical installation device, having a housing with at least one illumination body holder (5, 6) and at least two spiral spring holders (9, 12, 15, 18), with at least one illumination body being inserted into the illumination body holder (5, 6), with at least two spiral springs (28, 29) being inserted into the spiral spring holders (9, 12, 15, 18), with the line connections (25, 26) of the illumination body making electrical contact with the spiral springs (28, 29) within the spiral spring holders (9, 12, 15, 18), and with the line connections (25, 26) being routed in a protected manner in grooves (3, 8, 11, 14, 17) in the housing, characterized in that the housing has a central web with side webs (7, 10, 13, 16) which are integrally formed at each end, with these webs (2, 7, 10, 13, 16) each having grooves (3, 8, 11, 14, 17), with an illumination body holder (5, 6) being arranged at each end of the central web, and with a spiral spring holder (9, 12, 15, 18) being arranged at each end of a side web (7, 10, 13, 16).
A solar cell blind comprising: a plurality of slats arranged in a vertical direction; a solar cell integrated with the slat; a pair of electrodes electrically connected to the solar cell and laterally projecting from two side ends of the slat; a pair of guide rails each holding an associated one of the pair of electrodes such that the electrodes are slidable in the vertical direction; wires (20, 21) fixedly arranged on the guide rails and configured to be electrically connected to the solar cell via the electrodes; and a current conduction state-switching mechanism configured to switch the electrodes and the wires (20, 21) between an electrical contact state and a non-contact state according to an angle of the slats. a plurality of slats arranged in a vertical direction; a solar cell integrated with the slat; a pair of electrodes electrically connected to the solar cell and laterally projecting from two side ends of the slat; a pair of guide rails each holding an associated one of the pair of electrodes such that the electrodes are slidable in the vertical direction; wires (20, 21) fixedly arranged on the guide rails and configured to be electrically connected to the solar cell via the electrodes; and a current conduction state-switching mechanism configured to switch the electrodes and the wires (20, 21) between an electrical contact state and a non-contact state according to an angle of the slats.
A bone cement formulation comprising: a) a powder component comprising: i) an acrylic polymer powder, and ii) an initiator powder present in an amount defining a powder initiator fraction, and b) a liquid component comprising i) an acrylic monomer and ii) an accelerator present in an amount defining a liquid accelerator fraction, characterised in that the acrylic polymer powder component comprises a first fraction which comprises between 60 and 90 wt% of the powder component, and a molecular weight less than 500,000 kDa; a second fraction which comprises about 1 wt% of the powder component, and a molecular weight between 500,000 kDa and 600,000 kDa; and a third fraction which comprises between 1 wt% and 4 wt% of the powder component, and a molecular weight greater than 600,000 kDa, and wherein the second fraction of the acrylic polymer powder comprises an anti-oxidant. a) a powder component comprising: i) an acrylic polymer powder, and ii) an initiator powder present in an amount defining a powder initiator fraction, and b) a liquid component comprising i) an acrylic monomer and ii) an accelerator present in an amount defining a liquid accelerator fraction, characterised in that the acrylic polymer powder component comprises a first fraction which comprises between 60 and 90 wt% of the powder component, and a molecular weight less than 500,000 kDa; a second fraction which comprises about 1 wt% of the powder component, and a molecular weight between 500,000 kDa and 600,000 kDa; and a third fraction which comprises between 1 wt% and 4 wt% of the powder component, and a molecular weight greater than 600,000 kDa, and wherein the second fraction of the acrylic polymer powder comprises an anti-oxidant.
A tool container assembly, comprising: a body having a bottom, a side and a top providing access to a cavity formed by the bottom and the side; an extension portion operatively connected to the top, the extension portion having a distal end portion; a fastening member operatively connected to the distal end portion, the fastening member having an open position and a closed position, the open position forming an opening allowing access to the cavity, the closed position closing the opening thereby preventing access to the cavity, characterized by the closed position having an easy opening position and a difficult opening position; and a first pair of indicators (131,133) positioned on one side and a second pair of indicators (132,134) positioned on another side of the distal end portion, the indicators being at least partially aligned to position the extension portion in one of the easy opening position and the difficult opening position. a body having a bottom, a side and a top providing access to a cavity formed by the bottom and the side; an extension portion operatively connected to the top, the extension portion having a distal end portion; a fastening member operatively connected to the distal end portion, the fastening member having an open position and a closed position, the open position forming an opening allowing access to the cavity, the closed position closing the opening thereby preventing access to the cavity, characterized by the closed position having an easy opening position and a difficult opening position; and a first pair of indicators (131,133) positioned on one side and a second pair of indicators (132,134) positioned on another side of the distal end portion, the indicators being at least partially aligned to position the extension portion in one of the easy opening position and the difficult opening position.
An in vitro method of culturing cells, said method comprising: (a) contacting a cell population comprising cells of the mesenchymal cell lineage and non-mesenchymal cells with a culture media comprising a CSF1R kinase inhibitor; and, (b) enriching the cell population with cells of the mesenchymal cell lineage, wherein the cell population contains at least 5% more mesenchymal cell colonies than a control cell population, wherein the CSF1R kinase inhibitor is GW2580, KI20227, HY-13075, cFMS Receptor Inhibitor II, cFMS Receptor Inhibitor III, cFMS Receptor Inhibitor IV or ARRY-382, and wherein the cells of the mesenchymal cell lineage comprise at least one of a mesenchymal stem cell and a mesenchymal cell progenitor. (a) contacting a cell population comprising cells of the mesenchymal cell lineage and non-mesenchymal cells with a culture media comprising a CSF1R kinase inhibitor; and, (b) enriching the cell population with cells of the mesenchymal cell lineage, wherein the cell population contains at least 5% more mesenchymal cell colonies than a control cell population,
A rope (60, 160, 260, 360) for reinforcing joints in fibre-reinforced composite structures, wherein the rope (60, 160, 260, 360) comprises: - chopped reinforcement fibres (162, 262) in form of glass fibres, and - retaining means (164,264) for retaining the chopped fibres (162, 262) in a rope-shape, wherein the glass fibres have an average length between 0.5 cm and 5 cm characterised in that the glass fibres predominantly have a random orientation. - chopped reinforcement fibres (162, 262) in form of glass fibres, and - retaining means (164,264) for retaining the chopped fibres (162, 262) in a rope-shape, wherein the glass fibres have an average length between 0.5 cm and 5 cm characterised in that the glass fibres predominantly have a random orientation.
Plant for treating gas, particularly natural gas, supplied by a transmission network, comprising: - a gas inlet connectable to said transmission network; - a first plant portion configured to decompress to a predefined outlet pressure a first fraction of the gas from the inlet and to supply the decompressed gas at a first outlet; - a second plant portion configured to liquefy a second fraction of the gas from the inlet and to supply the liquefied gas at a second outlet, wherein the first plant portion comprises: - a valve for throttling the first gas fraction; - a first heat exchanger establishing a thermal exchange relationship between the segment of the first plant portion placed downstream the throttle valve and the second plant portion; - a second heat exchanger establishing a thermal exchange relationship between the segment of the first plant portion placed downstream the first heat exchanger and the segment of the first plant portion placed upstream the throttle valve, and wherein the second plant portion comprises, downstream the first heat exchanger, a valve for throttling the second gas fraction. - a gas inlet connectable to said transmission network; - a first plant portion configured to decompress to a predefined outlet pressure a first fraction of the gas from the inlet and to supply the decompressed gas at a first outlet; - a second plant portion configured to liquefy a second fraction of the gas from the inlet and to supply the liquefied gas at a second outlet, wherein the first plant portion comprises: - a valve for throttling the first gas fraction; - a first heat exchanger establishing a thermal exchange relationship between the segment of the first plant portion placed downstream the throttle valve and the second plant portion; - a second heat exchanger establishing a thermal exchange relationship between the segment of the first plant portion placed downstream the first heat exchanger and the segment of the first plant portion placed upstream the throttle valve, - a valve for throttling the first gas fraction; - a first heat exchanger establishing a thermal exchange relationship between the segment of the first plant portion placed downstream the throttle valve and the second plant portion; - a second heat exchanger establishing a thermal exchange relationship between the segment of the first plant portion placed downstream the first heat exchanger and the segment of the first plant portion placed upstream the throttle valve, and wherein the second plant portion comprises, downstream the first heat exchanger, a valve for throttling the second gas fraction.
A computer program product comprising program code means for causing a data processing system to perform a method for detecting development of tooth wear between a first and a second points in time, the method comprising: obtaining a first digital 3D representation of a patients set of teeth recorded by a scanning device at the first point in time; obtaining a second digital 3D representation of a patients set of teeth recorded by a scanning device at the second point in time; segmenting the first and second digital 3D representations to generate a first and a second 3D tooth models for at least one tooth from the first and second digital 3D representations respectively, wherein the first and second 3D tooth models comprises anatomically corresponding regions; locally aligning the first and second 3D tooth models, wherein locally aligning the first and second 3D tooth models comprises determining teeth specific transformation that provides an anatomical correspondence between the first and second 3D tooth models; comparing the locally aligned first and second 3D tooth models; and detecting based on the comparison a change in the tooth size and/or shape of at least one tooth, and correlating a detected change in the tooth size with a threshold value relating to an expected depth of the patient's enamel, and wherein the method comprises providing an alarm, warning an operator when the detected change is above the threshold value. obtaining a first digital 3D representation of a patients set of teeth recorded by a scanning device at the first point in time; obtaining a second digital 3D representation of a patients set of teeth recorded by a scanning device at the second point in time; segmenting the first and second digital 3D representations to generate a first and a second 3D tooth models for at least one tooth from the first and second digital 3D representations respectively, wherein the first and second 3D tooth models comprises anatomically corresponding regions; locally aligning the first and second 3D tooth models, wherein locally aligning the first and second 3D tooth models comprises determining teeth specific transformation that provides an anatomical correspondence between the first and second 3D tooth models; comparing the locally aligned first and second 3D tooth models; and detecting based on the comparison a change in the tooth size and/or shape of at least one tooth, and correlating a detected change in the tooth size with a threshold value relating to an expected depth of the patient's enamel, and wherein the method comprises providing an alarm, warning an operator when the detected change is above the threshold value.