mhurhangee/ep-ind-claims huggingface dataset:
An automated medication dispensing system comprising: a memory configured to store an identifying information for at least one medication, the identifying information comprising an image of at least one specific feature of the at least one medication; a processor configured to facilitate dispensing of the at least one medication to a user; an output module configured to display the stored image of the at least one specific feature of at least one medication; and an input device configured to receive user input indicating that the user has verified that, in connection with the dispensing of the at least one medication, the at least one medication has identifying information that is the same as the at least one specific feature displayed in the image by the output module, wherein the processor is further configured to output an alert if, within a predetermined amount of time of the dispensing of the at least one medication, the user input has not verified that the at least one specific feature of the dispensed at least one medication is the same as the at least on specific feature displayed in the image by the output module, and to restrict access to a receptacle containing the at least one medication. a memory configured to store an identifying information for at least one medication, the identifying information comprising an image of at least one specific feature of the at least one medication; a processor configured to facilitate dispensing of the at least one medication to a user; an output module configured to display the stored image of the at least one specific feature of at least one medication; and an input device configured to receive user input indicating that the user has verified that, in connection with the dispensing of the at least one medication, the at least one medication has identifying information that is the same as the at least one specific feature displayed in the image by the output module, wherein the processor is further configured to output an alert if, within a predetermined amount of time of the dispensing of the at least one medication, the user input has not verified that the at least one specific feature of the dispensed at least one medication is the same as the at least on specific feature displayed in the image by the output module, and to restrict access to a receptacle containing the at least one medication.
A process for the manufacture of agarose beads comprising: (a) heating an aqueous agarose solution to a temperature above the gelation point of the agarose; (b) adding the heated solution to a first hydrophobic liquid containing a water-in-oil stabilizing emulsifier, wherein the liquid is heated to a temperature such that the resulting emulsion is at or above the gelation temperature of the agarose solution and has a continuous and a discontinuous phase in which the hydrophobic liquid is the continuous phase and the agarose solution is the discontinuous phase; (c) flowing the emulsion through a mixer to form agarose droplets; (d) adding the droplets into a second hydrophobic liquid cooled to a temperature below that of the gelation point of the agarose to gel the agarose droplets into beads; and (e) recovering the agarose beads from the second liquid. characterised in that the process is continuous and the mixer used in step (c) is a static mixer. (a) heating an aqueous agarose solution to a temperature above the gelation point of the agarose; (b) adding the heated solution to a first hydrophobic liquid containing a water-in-oil stabilizing emulsifier, wherein the liquid is heated to a temperature such that the resulting emulsion is at or above the gelation temperature of the agarose solution and has a continuous and a discontinuous phase in which the hydrophobic liquid is the continuous phase and the agarose solution is the discontinuous phase; (c) flowing the emulsion through a mixer to form agarose droplets; (d) adding the droplets into a second hydrophobic liquid cooled to a temperature below that of the gelation point of the agarose to gel the agarose droplets into beads; and (e) recovering the agarose beads from the second liquid.
A tube infrastructure comprising: a first tube; a second tube that is coupled to the first tube; characterized by a sealing element interposed in a coupling region between the first tube and the second tube; and a fluid tank that is disposed to surround the coupling region of the first tube and the second tube and is filled with a fluid to seal the coupling region, wherein the sealing element is arranged to create a first airtight seal between first tube and the second tube and the fluid tank is arranged such that fluid from the fluid tank surrounds the sealing element to create a second air tight seal that prevents the flow of air into the first tube and the second tube if a gap is created between the first and second tubes (10, 20) and the sealing element to allow negative pressure to be maintained inside the first tube and the second tube, wherein the pressure in the fluid tank is atmospheric pressure and the pressure in the first tube and the second tube is negative. a first tube; a second tube that is coupled to the first tube; characterized by a sealing element interposed in a coupling region between the first tube and the second tube; and a fluid tank that is disposed to surround the coupling region of the first tube and the second tube and is filled with a fluid to seal the coupling region, wherein the sealing element is arranged to create a first airtight seal between first tube and the second tube and the fluid tank is arranged such that fluid from the fluid tank surrounds the sealing element to create a second air tight seal that prevents the flow of air into the first tube and the second tube if a gap is created between the first and second tubes (10, 20) and the sealing element to allow negative pressure to be maintained inside the first tube and the second tube, wherein the pressure in the fluid tank is atmospheric pressure and the pressure in the first tube and the second tube is negative.
A printing ink or coating for improving coloristic properties, said ink or coating having a viscosity greater than 200 cps, preferably greater than 1,000 cps, more preferably greater than 2,000 cps, determined employing a Zahn Cup no. 2 at 25 °C test protocol, comprising: a pigment dispersion including a pigment; a binder; and a solvent, wherein a mean particle size of solid particles of said pigment dispersion is less than 120 nm, preferably less than or equal to 100 nm, more preferably less than or equal to 90 nm, measured on a dynamic light scattering instrument Nanotrac 250 (Microtrac Corporation). a pigment dispersion including a pigment; a binder; and a solvent, wherein
A thermoelectric conversion material which is a polycrystalline material composed of a plurality of crystal grains, the thermoelectric conversion material characterised by comprising a composition represented by formula: Mg 3+m Sb a Bi 2-a-c A c wherein, in the formula, A is at least one element selected from the group consisting of Se and Te; a value of m is greater than or equal to 0.01 and less than or equal to 0.5; a value of a is greater than or equal to 0 and less than or equal to 1.0; and a value of c is greater than or equal to 0.001 and less than or equal to 0.06, wherein the thermoelectric conversion material has an Mg-rich region. wherein, in the formula, A is at least one element selected from the group consisting of Se and Te; a value of m is greater than or equal to 0.01 and less than or equal to 0.5; a value of a is greater than or equal to 0 and less than or equal to 1.0; and a value of c is greater than or equal to 0.001 and less than or equal to 0.06, wherein the thermoelectric conversion material has an Mg-rich region.
A backlight unit comprising: a bottom frame having a bottom surface and a sidewall; an integrated light guide plate disposed in the bottom frame and including a plurality of recess parts for receiving LEDs in the bottom surface of the light guide plate, and a plurality of light emitting modules disposed on the bottom surface of the bottom frame, each of the plurality of the light emitting modules including a module board and a plurality of LEDs, and being disposed under each of the recess parts, respectively, characterized by further comprising a plurality of reflection sheets disposed on the bottom surface of the bottom frame, each of the plurality of reflection sheets being disposed under each of the recess parts, respectively; wherein each of the plurality of the recess parts extends in a first direction on the bottom surface of the bottom frame, wherein each of the plurality of reflection sheets extends in the first direction on the bottom surface of the bottom frame, wherein each of the plurality of the light emitting modules extends in the first direction on the bottom surface of the bottom frame, and wherein the plurality of reflection sheets and the plurality of the light emitting modules alternately extend in the first direction on the bottom surface of the bottom frame. a bottom frame having a bottom surface and a sidewall; an integrated light guide plate disposed in the bottom frame and including a plurality of recess parts for receiving LEDs in the bottom surface of the light guide plate, and a plurality of light emitting modules disposed on the bottom surface of the bottom frame, each of the plurality of the light emitting modules including a module board and a plurality of LEDs, and being disposed under each of the recess parts, respectively,
A static dewatering element for a web forming machine, said dewatering element having a thermally sprayed coating, which comprises powder particles, characterized in that the powder particles are agglomerates, which are composed of primary particles, and the average size of the primary particles being less than 0.5 μm.
A refrigerator, comprising: a freezer space defining a storage space; and a deep freezing portion disposed in the freezer space and defining a deep-freezing space that is partitioned from the storage space thereof and to maintain a lower temperature than a temperature of the storage space, wherein the deep freezing portion comprises: housing having an opening at a front surface thereof and defining the deep-freezing space; a guide rail that extends from an outer lower surface of the housing in a longitudinal direction of the housing; a guide member movably provided along the guide rail; and a door connected to the guide member and configured to open and close a front surface of the housing, characterized in that the guide rail extends longer than a length of the deep-freezing space. a freezer space defining a storage space; and a deep freezing portion disposed in the freezer space and defining a deep-freezing space that is partitioned from the storage space thereof and to maintain a lower temperature than a temperature of the storage space, wherein the deep freezing portion comprises: housing having an opening at a front surface thereof and defining the deep-freezing space; a guide rail that extends from an outer lower surface of the housing in a longitudinal direction of the housing; a guide member movably provided along the guide rail; and a door connected to the guide member and configured to open and close a front surface of the housing, characterized in that the guide rail extends longer than a length of the deep-freezing space. housing having an opening at a front surface thereof and defining the deep-freezing space; a guide rail that extends from an outer lower surface of the housing in a longitudinal direction of the housing; a guide member movably provided along the guide rail; and a door connected to the guide member and configured to open and close a front surface of the housing, characterized in that the guide rail extends longer than a length of the deep-freezing space.
A magnification device comprising in combination: a base having a forward edge, a rearward edge, and side edges therebetween; a table having a forward edge, a rearward edge, and side edges, the table mounted to the base to permit the table to be adjusted in the X and Y orientations; a fixed camera arm having a proximal end, a distal end, two opposing sides, and forward and rearward surfaces, the proximal end integral with the rearward edge of the base and the distal end extending overtop of the table; a camera housing including a forward end, a rearward end, and an aperture opening, the camera housing mounted to the distal end of the camera arm such that the aperture opening is orientated over the table; a monitor arm having a proximal end and a distal end and an intermediate extent therebetween, the proximal end of the monitor arm being pivotally connected to an intermediate extent of the camera arm, whereby the monitor arm can be pivoted upward and downward relative to the camera arm; a monitor releasably secured to the monitor arm; the magnification device being characterized in further comprising a laterally extending lighting arm, the arm interconnected to the intermediate extent of the camera arm and adjacent the camera housing, the lighting arm extending outwardly from each opposing side of the camera arm and including a light source at each end for illuminating objects placed on the table, wherein the center line of the light emanating from the light source impacts the table at an angle, wherein the angle lies in a plane that is substantially parallel to the side edges of the base. a base having a forward edge, a rearward edge, and side edges therebetween; a table having a forward edge, a rearward edge, and side edges, the table mounted to the base to permit the table to be adjusted in the X and Y orientations; a fixed camera arm having a proximal end, a distal end, two opposing sides, and forward and rearward surfaces, the proximal end integral with the rearward edge of the base and the distal end extending overtop of the table; a camera housing including a forward end, a rearward end, and an aperture opening, the camera housing mounted to the distal end of the camera arm such that the aperture opening is orientated over the table; a monitor arm having a proximal end and a distal end and an intermediate extent therebetween, the proximal end of the monitor arm being pivotally connected to an intermediate extent of the camera arm, whereby the monitor arm can be pivoted upward and downward relative to the camera arm; a monitor releasably secured to the monitor arm; the magnification device being characterized in further comprising a laterally extending lighting arm, the arm interconnected to the intermediate extent of the camera arm and adjacent the camera housing, the lighting arm extending outwardly from each opposing side of the camera arm and including a light source at each end for illuminating objects placed on the table, wherein the center line of the light emanating from the light source impacts the table at an angle, wherein the angle lies in a plane that is substantially parallel to the side edges of the base.
A set of probe molecules comprising at least a first probe molecule and a second probe molecule, each comprising: a) a capture domain that comprises a sequence with complementarity to a target nucleic acid; b) a terminal extension that is covalently linked to the 5' end, the 3' end, or both the 5' end and the 3' end of the capture domain, wherein the terminal extension comprises a nucleic acid of 5 to 40 nucleotides in length; and c) at least one polymer label covalently attached to at least one of the terminal extension(s), wherein the polymer label is a polyglycol; wherein the polymer label is covalently attached to the second to the fifth residue of the terminal extension that is located 5' or 3' from the covalent linkage of the terminal extension to the capture domain, wherein the nucleic acid capture domain of the first probe molecule comprises a sequence with complementarity to first target nucleic acid, and the nucleic acid capture domain of the second probe molecule comprises a sequence with complementarity to a second target nucleic acid, wherein the polymer label of the first probe molecule is different from the polymer label of the second probe molecule; and wherein the polymer labels of the first and second probe molecules provide distinct signature conductance blocks when hybridized with the respective first and second target nucleic acids and subjected to an applied voltage in a nanopore system for independent detection of the first and second target nucleic acids. a) a capture domain that comprises a sequence with complementarity to a target nucleic acid; b) a terminal extension that is covalently linked to the 5' end, the 3' end, or both the 5' end and the 3' end of the capture domain, wherein the terminal extension comprises a nucleic acid of 5 to 40 nucleotides in length; and c) at least one polymer label covalently attached to at least one of the terminal extension(s), wherein the polymer label is a polyglycol;
Drilling jig for tubes of different diameters, including at least a first half-body (10.1) and a second half-body (10.2) connected to each other by at least one articulation and each having a first face (11.1, 11.2) and a second face (12.1, 12.2) opposite each other so that the two half-bodies are movable relative to each other and have a first closed position in which the first faces of the half-bodies face each other, wherein the first faces each include at least one open housing (13.1, 13.2) for receiving a portion of a tube of a first diameter and a cylindrical bore (17.1) extends from one of the first and second faces of at least the first half-body to open into the housing of the other of the faces of the first half-body to form a drill bushing, characterised in that the articulation is such that the two half-bodies are movable relative to each other between the first closed position and a second closed position in which the second faces of the half-bodies face each other and in that each of the second faces includes at least one open housing (14.1, 14.2) to receive a portion of a tube of a second diameter.
A heat exchange apparatus, comprising: a heat transfer area for receiving material having a first temperature; and a heat transfer arrangement attached to the underside of the heat transfer area; the heat transfer arrangement comprising more than one vertical layer (106, 108, 110) of tube arrangements where each layer comprises a number of tubes side by side, the heat transfer arrangement comprising an input tube section configured for receiving gas for receiving heat radiated or conducted from the material, the gas having a second temperature, where the first temperature is higher than the second temperature, the heat transfer arrangement further comprising: an output tube section for delivering the heated gas out from the heat exchange apparatus; the heat exchange apparatus further comprising a heat collecting structure inside the tubes, and a controller configured to control the amount and velocity of gas in the tubes, and a deflector structure (112, 114) for directing the gas from tubes of one layer to tubes of another layer. a heat transfer area for receiving material having a first temperature; and a heat transfer arrangement attached to the underside of the heat transfer area; the heat transfer arrangement comprising more than one vertical layer (106, 108, 110) of tube arrangements where each layer comprises a number of tubes side by side, the heat transfer arrangement comprising an input tube section configured for receiving gas for receiving heat radiated or conducted from the material, the gas having a second temperature, where the first temperature is higher than the second temperature, the heat transfer arrangement further comprising: an output tube section for delivering the heated gas out from the heat exchange apparatus; the heat exchange apparatus further comprising a heat collecting structure inside the tubes, and a controller configured to control the amount and velocity of gas in the tubes, and a deflector structure (112, 114) for directing the gas from tubes of one layer to tubes of another layer. an output tube section for delivering the heated gas out from the heat exchange apparatus; the heat exchange apparatus further comprising a heat collecting structure inside the tubes, and a controller configured to control the amount and velocity of gas in the tubes, and a deflector structure (112, 114) for directing the gas from tubes of one layer to tubes of another layer.
An automatic ankle cinching system for an article of footwear, comprising: an upper including an ankle portion; a housing disposed on a rear portion of the ankle portion; an ankle strap associated with a front portion of the ankle portion; a strap moving mechanism disposed within the housing; the ankle strap including a first end portion attached to the strap moving mechanism and a second end portion fixedly attached to the housing; and wherein the strap moving mechanism is configured to automatically move the ankle strap between an open position and a closed position and thereby adjust the ankle portion. an upper including an ankle portion; a housing disposed on a rear portion of the ankle portion; an ankle strap associated with a front portion of the ankle portion; a strap moving mechanism disposed within the housing; the ankle strap including a first end portion attached to the strap moving mechanism and a second end portion fixedly attached to the housing; and wherein the strap moving mechanism is configured to automatically move the ankle strap between an open position and a closed position and thereby adjust the ankle portion.
A subsea production unit for subsea treatment of oil, the unit comprising a frame that supports: an onboard multiphase separation system for separating gas and water from a wellstream containing oil; and an onboard water treatment system for cleaning oil from water that is produced by the separation system, the unit being characterised in that: the water treatment system comprises a gas inlet communicating with the separation system and is arranged to mix the produced water with gas separated from the oil; the water treatment system has a further input to receive water settling in a produced oil storage tank, wherein the produced oil storage tank is an onboard tank also supported by the frame; and the water treatment system further comprises at least one flotation unit having: a water inlet for water to be cleaned of oil; a water outlet for water cleaned of oil; and a reject outlet for gas mixed with oil cleaned from the water. an onboard multiphase separation system for separating gas and water from a wellstream containing oil; and an onboard water treatment system for cleaning oil from water that is produced by the separation system, the unit being characterised in that: the water treatment system comprises a gas inlet communicating with the separation system and is arranged to mix the produced water with gas separated from the oil; the water treatment system has a further input to receive water settling in a produced oil storage tank, wherein the produced oil storage tank is an onboard tank also supported by the frame; and the water treatment system further comprises at least one flotation unit having: a water inlet for water to be cleaned of oil; a water outlet for water cleaned of oil; and a reject outlet for gas mixed with oil cleaned from the water. the water treatment system comprises a gas inlet communicating with the separation system and is arranged to mix the produced water with gas separated from the oil; the water treatment system has a further input to receive water settling in a produced oil storage tank, wherein the produced oil storage tank is an onboard tank also supported by the frame; and the water treatment system further comprises at least one flotation unit having: a water inlet for water to be cleaned of oil; a water outlet for water cleaned of oil; and a reject outlet for gas mixed with oil cleaned from the water.