mhurhangee/ep-ind-claims huggingface dataset:
A method for managing the remote electronic issue of a blood unit for a patient, said method comprising the steps of: (a) scanning a caregiver code to identify a caregiver; (b) reading a request slip comprising patient identification information; (c) querying a blood bank computer with said patient identification to determine if said patient is suitable for electronic issue of said blood unit and to determine the appropriate type of blood unit to select; and if the patient is suitable for electronic issue (d) controlling a refrigerated storage compartment with an electronic lock to ensure that only the appropriate type of blood is accessible for pickup, followed by (e) selecting and scanning said blood unit for said patient; followed by (f) printing a compatibility label; followed by (g) requesting the caregiver to apply the compatibility label to the blood unit and to then scan said blood unit and said compatibility label; followed by (h) scanning said blood unit and said compatibility label to confirm a match between said unit and said label; and (i) if said blood unit and said compatibility label are scanned by the caregiver within a predetermined time period, in particular, 5 seconds, followed by confirming that the blood unit is safe for transport; and if said blood unit and said compatibility label are not scanned by the caregiver within a predetermined time period, in particular, 5 seconds, followed by requesting the caregiver to scan said blood unit and said compatibility label again. (a) scanning a caregiver code to identify a caregiver; (b) reading a request slip comprising patient identification information; (c) querying a blood bank computer with said patient identification to determine if said patient is suitable for electronic issue of said blood unit and to determine the appropriate type of blood unit to select; and if the patient is suitable for electronic issue (d) controlling a refrigerated storage compartment with an electronic lock to ensure that only the appropriate type of blood is accessible for pickup, followed by (e) selecting and scanning said blood unit for said patient; followed by (f) printing a compatibility label; followed by (g) requesting the caregiver to apply the compatibility label to the blood unit and to then scan said blood unit and said compatibility label; followed by (h) scanning said blood unit and said compatibility label to confirm a match between said unit and said label; and (i) if said blood unit and said compatibility label are scanned by the caregiver within a predetermined time period, in particular, 5 seconds, followed by confirming that the blood unit is safe for transport; and if said blood unit and said compatibility label are not scanned by the caregiver within a predetermined time period, in particular, 5 seconds, followed by requesting the caregiver to scan said blood unit and said compatibility label again.
An organic hydrophilic coating composition, comprising: a polyvinyl alcohol resin as a resin component at a ratio of from 40 g/L to 100 g/L, a polyethylene glycol resin as a resin component at a ratio of from 4 g/L to 15 g/L; and ascorbic acid as an additional component at a ratio of from 0.02 g/L to 39 g/L, the organic hydrophilic coating composition having a hydroxyl value of from 550 mgKOH/g to 1,300 mgKOH/g measured according to a neutralization titration method described in JIS K0070-1992. a polyvinyl alcohol resin as a resin component at a ratio of from 40 g/L to 100 g/L, a polyethylene glycol resin as a resin component at a ratio of from 4 g/L to 15 g/L; and ascorbic acid as an additional component at a ratio of from 0.02 g/L to 39 g/L, the organic hydrophilic coating composition having a hydroxyl value of from 550 mgKOH/g to 1,300 mgKOH/g measured according to a neutralization titration method described in JIS K0070-1992.
An aerosol device for dispensing plural kinds of liquids comprising: an aerosol container having an open head portion having an inner diameter of 1 inch and formed with a bead around the open head portion; a plurality of aerosol valves housed in the aerosol container each having a stem through which contents liquid of each of the aerosol valves is injected outside; a mounting member which is fittedly mounted on the open head portion with a middle portion of the mounting member being located at the bead of the open head portion; a plurality of valve housing mounting portions provided in the mounting member each being capable of mounting the aerosol valves; a cover covering the outside of the mounting member, holding a stem gasket and being fixed on the outside of the bead through a seal gasket, said stems of the aerosol valves projecting outwardly through the cover; characterized in that a reinforcing cover member (30; 32; 33) is provided between the mounting member and the cover for holding down the stem gasket and preventing deformation of the cover. an aerosol container having an open head portion having an inner diameter of 1 inch and formed with a bead around the open head portion; a plurality of aerosol valves housed in the aerosol container each having a stem through which contents liquid of each of the aerosol valves is injected outside; a mounting member which is fittedly mounted on the open head portion with a middle portion of the mounting member being located at the bead of the open head portion; a plurality of valve housing mounting portions provided in the mounting member each being capable of mounting the aerosol valves; a cover covering the outside of the mounting member, holding a stem gasket and being fixed on the outside of the bead through a seal gasket, said stems of the aerosol valves projecting outwardly through the cover; characterized in that a reinforcing cover member (30; 32; 33) is provided between the mounting member and the cover for holding down the stem gasket and preventing deformation of the cover.
Electrical appliance for personal use, in particular a toothbrush or a shaver, comprising a working tool, a drive-train and an electric motor for driving the working tool via the drive-train, said drive-train comprising a driving wheel for driving a transmission element in engagement therewith, said driving wheel having a mounting portion mounted on a driving shaft connected to said electric motor, wherein an engagement portion of said driving wheel, which is in engagement with said transmission element, is positioned axially offset from said mounting portion of the driving wheel, wherein said mounting portion includes a dead-end recess for receiving said driving shaft in a rotatably secured manner, said dead-end recess, in terms of its axial extension, ending before the engagement portion, characterized in that, the dead-end recess 13) has a polygonal cross-section and the cross-section of the driving shaft is circular.
A resin-made container comprising: a container body formed by using a synthetic resin so as to form an internal space for accommodating an article, wherein the container body includes a cylindrical portion that forms the internal space and a bottom portion that closes one end portion of the cylindrical portion in an axial direction, the cylindrical portion includes four wall portions arranged along the axial direction so that a section orthogonal to the axial direction becomes a square shape, and each of a pair of the wall portions that face each other through the internal space includes a convex portion including a first region having one surface facing the internal space and a second region extending from an end portion of the first region toward the internal space and formed on an outer side of the first region; the resin-made container being characterized in that the convex portion includes a first groove portion formed in the first region along one direction, and a second groove portion formed along an other direction crossing the one direction, and in that a plurality of the second groove portions are formed at an interval along the one direction and each are formed continuously from an inside of the first region to an inside of the second region so as to overlap a virtual line crossing the first groove portion in the first region. a container body formed by using a synthetic resin so as to form an internal space for accommodating an article, wherein the container body includes a cylindrical portion that forms the internal space and a bottom portion that closes one end portion of the cylindrical portion in an axial direction, the cylindrical portion includes four wall portions arranged along the axial direction so that a section orthogonal to the axial direction becomes a square shape, and each of a pair of the wall portions that face each other through the internal space includes a convex portion including a first region having one surface facing the internal space and a second region extending from an end portion of the first region toward the internal space and formed on an outer side of the first region; the resin-made container being characterized in that the convex portion includes a first groove portion formed in the first region along one direction, and a second groove portion formed along an other direction crossing the one direction, and in that a plurality of the second groove portions are formed at an interval along the one direction and each are formed continuously from an inside of the first region to an inside of the second region so as to overlap a virtual line crossing the first groove portion in the first region.
A method for controlling the luminance of a display screen comprising an active matrix of pixels, each pixel comprising a light emitting diode having two electrodes, respectively an anode and a cathode, one of which is common to all of the pixels of said matrix, and at least one control MOS transistor (Q c) configured to control the current circulating in said diode as a function of luminance information to be displayed, said control method comprising a step of writing the image line by line on the basis of a video signal during a frame duration, a duration called frame blanking being provided between the writing of the last line of a first frame and the writing of the first line of a next frame, and a duration called line blanking being provided between the writing of a line and the writing of a next line, wherein, in order to display a given image with a desired attenuation of the mean luminance, a first fixed potential (VkM), which allows light to be emitted by the diodes, and a second fixed potential (Vkoff), which blocks the emission of light, are alternately periodically imposed on the common electrode of the light emitting diodes, with a duty factor that is variable as a function of the desired attenuation, characterised in that a first switching of potential of the common electrode from one of the first fixed potential and the second fixed potential to the other one of the first fixed potential and the second fixed potential, then vice versa, is carried out at instants that are included in one of the line blanking times.
A three-dimensional, 3D, fabrication system comprising: a controller to: identify a feature of an object to be fabricated; based on the identified feature having a size that is smaller than a predefined size, determine a thermal support for the identified feature; and control fabrication components to: form, through application of energy, the determined thermal support from a first set of particles; form an intermediate section adjacent to the formed thermal support from a second set of particles; and form, through application of energy, the feature adjacent to the intermediate section from a third set of particles, wherein heat from the thermal support is to reduce a thermal bleed rate of the third set of particles. identify a feature of an object to be fabricated; based on the identified feature having a size that is smaller than a predefined size, determine a thermal support for the identified feature; and control fabrication components to: form, through application of energy, the determined thermal support from a first set of particles; form an intermediate section adjacent to the formed thermal support from a second set of particles; and form, through application of energy, the feature adjacent to the intermediate section from a third set of particles, wherein heat from the thermal support is to reduce a thermal bleed rate of the third set of particles. form, through application of energy, the determined thermal support from a first set of particles; form an intermediate section adjacent to the formed thermal support from a second set of particles; and form, through application of energy, the feature adjacent to the intermediate section from a third set of particles, wherein heat from the thermal support is to reduce a thermal bleed rate of the third set of particles.
A cartridge for containing a fluid radiopharmaceutical and for its administration by infusion to a patient, the cartridge comprising: a container for the radiopharmaceutical, which is made of plastic material and has, at its two longitudinal ends, two respective mouths (3, 4); a casing for the container, which is made of radiation-shielding material; and two plugs (5, 6), each of which hermetically seals a respective mouth (3, 4) and comprises a respective diaphragm (7, 8) that can be perforated by a needle to enable the latter to penetrate into the container in order to fill or empty the cartridge; the container moreover having a ventilation hole closed by a hydrophobic membrane for the passage of air during filling or emptying of the cartridge; the casing adhering externally to said container and having, at its two longitudinal ends, respective openings (20, 21) made in positions corresponding to said two mouths (3, 4), from which said plugs (5, 6) project at least partially.
A parametric curve scanning method for a photovoltaic string, applied to a photovoltaic power generation system, wherein the photovoltaic power generation system comprises a converter and at least one photovoltaic string connected to the converter, and the scanning method comprises: controlling an output voltage of the photovoltaic string to change from a first endpoint voltage of a first voltage range to a second endpoint voltage of the first voltage range according to a first preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a first parametric curve; and controlling the output voltage of the photovoltaic string to change from a third endpoint voltage of a second voltage range to a fourth endpoint voltage of the second voltage range according to a second preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a second parametric curve, wherein there is an intersection set between the first voltage range and the second voltage range, characterized in that the scanning method further comprises: the first endpoint voltage is greater than the second endpoint voltage and the third endpoint voltage is less than the fourth endpoint voltage; or the first endpoint voltage is less than the second endpoint voltage and the third endpoint voltage is greater than the fourth endpoint voltage. controlling an output voltage of the photovoltaic string to change from a first endpoint voltage of a first voltage range to a second endpoint voltage of the first voltage range according to a first preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a first parametric curve; and controlling the output voltage of the photovoltaic string to change from a third endpoint voltage of a second voltage range to a fourth endpoint voltage of the second voltage range according to a second preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a second parametric curve, wherein there is an intersection set between the first voltage range and the second voltage range, characterized in that the scanning method further comprises: the first endpoint voltage is greater than the second endpoint voltage and the third endpoint voltage is less than the fourth endpoint voltage; or the first endpoint voltage is less than the second endpoint voltage and the third endpoint voltage is greater than the fourth endpoint voltage.
A ball mill (1, 31) with a machine housing (2, 32) and a cylindrical grinding container (3, 33), which horizontally rests against the machine housing (2, 32), wherein both ends of the grinding container cylinder (3, 33) each encompass a grinding container flange (3a, 3b, 33a, 33b), wherein the grinding container (3, 33) is arranged on and/or fastened to the machine housing (2, 32) via the first grinding container flange (3a, 33a), and wherein a grinding container cover (6b, 60b) can be fastened to the other grinding container flange (3b, 33b), wherein the machine housing (2, 32) of the ball mill (1, 31) encompasses an electrical terminal for a plug of a sensor that can be connected to the ball mill (1, 31) via at least one connecting cable, characterized in that the first and second grinding container flange (33a, 33b) each encompass at least one passage opening, which is aligned flush with the electrical terminal.
A coil winding, comprising: a first winding part formed by winding a flat wire; a second winding part formed by winding the flat wire continuing to the first winding part, the second winding part being wound in a same winding direction as a winding direction of the first winding part; and a connecting wire part located between the first winding part and the second winding part to connect the winding parts (21, 23), wherein the connecting wire part has: an interval defining portion defining an interval between the first winding part and the second winding part; a first coupling portion with one end side continuing to the interval defining portion and another end side continuing to the first winding part on one side in an axial direction of the first winding part; and a second coupling portion with one end side continuing to the interval defining portion and another end side continuing to the second winding part on another side in an axial direction of the second winding part, at least one of the first coupling portion, the second coupling portion or both together forming a twisted portion twisted by approximately 180 degrees in total, wherein a boundary portion between the first coupling portion and the first winding part is bent so that the first coupling portion extends in a direction to depart from the first winding part, and a boundary portion between the second coupling portion and the second winding part is bent so that the second coupling portion extends in a direction to depart from the second winding part. a first winding part formed by winding a flat wire; a second winding part formed by winding the flat wire continuing to the first winding part, the second winding part being wound in a same winding direction as a winding direction of the first winding part; and a connecting wire part located between the first winding part and the second winding part to connect the winding parts (21, 23), an interval defining portion defining an interval between the first winding part and the second winding part; a first coupling portion with one end side continuing to the interval defining portion and another end side continuing to the first winding part on one side in an axial direction of the first winding part; and a second coupling portion with one end side continuing to the interval defining portion and another end side continuing to the second winding part on another side in an axial direction of the second winding part,
Method for converting accruing heat energy into mechanical energy by expansion of a vaporous working medium using an expansion device connected to a first heat exchanger, characterized by a low-pressure expansion circuit and an energy return circuit, wherein in the low-pressure expansion circuit the expansion of the working medium takes place in a low-pressure expansion device and the expanded working medium is condensed in a second heat exchanger downstream of the expansion device, in which vaporization of an operating medium is brought about in the second heat exchanger within the energy return circuit, which operating medium is fed via a compressor to the first heat exchanger in which the operating medium is condensed, vaporization of the working medium taking place in the first heat exchanger within the low-pressure expansion circuit, wherein the low-pressure expansion device is a Roots blower.
A landing doorway device for an elevator, comprising: a tubular vertical frame (3, 21, 31) provided to a side portion of a landing doorway, the tubular vertical frame including a landing doorway-facing portion (16b, 22b, 32b) facing the landing doorway and a hoistway-facing portion (16c, 22c, 32c, 33) facing an interior of a hoistway; a vertical frame heat-insulating material (18, 24, 34, 36) provided to the hoistway-facing portion (16c, 22c, 32c, 33), for preventing heat conducted from the landing doorway-facing portion (163, 22b, 32b) to the hoistway-facing portion (16c, 22c, 32c, 33) from being transferred to the interior of the hoistway; a fitting (19, 35) fixed to the vertical frame, for holding the vertical frame heat-insulating material (18, 34) against the hoistway-facing portion (16c, 32c), wherein: the fitting (19, 35) includes a first end portion (19a, 35a) distant from the landing doorway-facing portion (16b, 32b) and a second end portion (19b, 35b) close to the landing doorway-facing portion (16b, 32b): the first end portion (19a, 35a) is contacted to the vertical frame (3, 31) to be fixed thereto; and a clearance is ensured between the second end portion (19b, 35b) and the hoistway-facing portion (16c, 32c). a tubular vertical frame (3, 21, 31) provided to a side portion of a landing doorway, the tubular vertical frame including a landing doorway-facing portion (16b, 22b, 32b) facing the landing doorway and a hoistway-facing portion (16c, 22c, 32c, 33) facing an interior of a hoistway; a vertical frame heat-insulating material (18, 24, 34, 36) provided to the hoistway-facing portion (16c, 22c, 32c, 33), for preventing heat conducted from the landing doorway-facing portion (163, 22b, 32b) to the hoistway-facing portion (16c, 22c, 32c, 33) from being transferred to the interior of the hoistway; a fitting (19, 35) fixed to the vertical frame, for holding the vertical frame heat-insulating material (18, 34) against the hoistway-facing portion (16c, 32c), wherein: the fitting (19, 35) includes a first end portion (19a, 35a) distant from the landing doorway-facing portion (16b, 32b) and a second end portion (19b, 35b) close to the landing doorway-facing portion (16b, 32b): the first end portion (19a, 35a) is contacted to the vertical frame (3, 31) to be fixed thereto; and a clearance is ensured between the second end portion (19b, 35b) and the hoistway-facing portion (16c, 32c). the fitting (19, 35) includes a first end portion (19a, 35a) distant from the landing doorway-facing portion (16b, 32b) and a second end portion (19b, 35b) close to the landing doorway-facing portion (16b, 32b): the first end portion (19a, 35a) is contacted to the vertical frame (3, 31) to be fixed thereto; and a clearance is ensured between the second end portion (19b, 35b) and the hoistway-facing portion (16c, 32c).