mhurhangee/ep-ind-claims huggingface dataset:
Method of storage having the steps of registering, using a sensor, the location of a test tube to be stored in a storage device, and indicating the location of that test tube, for its collection, through a visual indicator associated with that sensor, said storage device comprising: a data processor; test tubes identified by barcodes, multiple units, each unit having multiple locations for storing the test tubes, and comprising an array of sensors for detecting the presence of a test tube at each location, and a corresponding array of visual indicators; a carrier identified by RFID, said carrier comprising holes where the test tubes are placed; wherein the units have a communication device connected to the data processor; and a barcode reader; the method comprising the following steps: identifying a test tube with the barcode reader; manually placing the test tube on any hole of any carrier located in one of said units and detecting the placement of the test tube in the corresponding location using the corresponding sensor; recording, in the data processor, the location of the test tube and associating the identification of the test tube with said location; wherein the method further comprises the step where a test tube to be collected is identified, and in response thereto, the data processor activates the visual indicator corresponding to the test tube to be collected. a data processor; test tubes identified by barcodes, multiple units, each unit having multiple locations for storing the test tubes, and comprising an array of sensors for detecting the presence of a test tube at each location, and a corresponding array of visual indicators; a carrier identified by RFID, said carrier comprising holes where the test tubes are placed; wherein the units have a communication device connected to the data processor; and a barcode reader; identifying a test tube with the barcode reader; manually placing the test tube on any hole of any carrier located in one of said units and detecting the placement of the test tube in the corresponding location using the corresponding sensor; recording, in the data processor, the location of the test tube and associating the identification of the test tube with said location; wherein the method further comprises the step where a test tube to be collected is identified, and in response thereto, the data processor activates the visual indicator corresponding to the test tube to be collected.
A luminescent composition comprising an inorganic electroluminescent substance and a binder resin, wherein the content of the inorganic electroluminescent substance is not less than 0.5 part by mass and less than 100 parts by mass on the basis of 100 parts by mass of the binder resin; wherein the binder resin is a thermoplastic resin having a softening point of from 30 to 270°C which softening point of the thermoplastic resin is measured according to JIS K 6863, and the thermoplastic resin is selected from polyesters, polyester-based thermoplastic elastomers, thermoplastic elastomers modified by epoxidation, poly(vinyl chloride), ethylene-vinyl acetate copolymer resins, acrylic resins, acryl-urethane copolymers, acryl-urethane graft copolymers, ethylene-(meth)acrylic acid copolymer resins, polyolefins and polyolefin-based thermoplastic elastomers.
A roof system comprising: a substrate and a thermoplastic membrane adhered to the substrate, where the thermoplastic membrane includes first and second thermoplastic layers (23, 25) laminated to each other with an optional scrim disposed between the first and second layers (23, 25), where said first layer includes a top layer and an upper middle layer formed as compositionally distinct coextruded layers, and where said second layer includes a lower middle layer and a bottom layer formed as compositionally distinct coextruded layers, where at least one of said upper middle layer, lower middle layer, and said bottom layer include a propylene-based elastomer characterized by a melting point, where the melting point is less than 110° C and a heat of fusion of less than 75 J/g, and where said top layer is devoid of any propylene-based elastomer with a melting point of less than 110 °C and a heat of fusion of less than 75 J/g, where the thermoplastic membrane is characterized, prior to being adhered to the substrate, by a stiffness represented by a flexural modulus of less than 90 MPa, or by a Taber stiffness of less than 15, or by a Shore D hardness of less than 40, or by a combination of a flexural modulus of less than 90 MPa, a Taber stiffness of less than 15, and a Shore D hardness of less than 40.
An apparatus for producing lithium sulfide, comprising: a reaction container for allowing lithium hydroxide powder to be in contact with a hydrogen sulfide gas; a stirring blade inside the reaction container; a first heating apparatus that keeps the temperature of an inner wall of the reaction container that is in contact with the lithium hydroxide powder to heat the lithium hydroxide powder; and a second heating apparatus that keeps the temperature of a lid part of the reaction container at a temperature to prevent condensation of water. a reaction container for allowing lithium hydroxide powder to be in contact with a hydrogen sulfide gas; a stirring blade inside the reaction container; a first heating apparatus that keeps the temperature of an inner wall of the reaction container that is in contact with the lithium hydroxide powder to heat the lithium hydroxide powder; and a second heating apparatus that keeps the temperature of a lid part of the reaction container at a temperature to prevent condensation of water.
A method of handling collisions among channel state information, CSI, reports for a user equipment (UE1,20) in a wireless communication system supporting a technology of coordinated multipoint, CoMP, transmission/reception, comprising the steps of: separating a plurality of CSI reports into report groups according to non-zero power, NZP, channel state information reference signal, CSI-RS, resources, each NZP CSI-RS resource is assigned to a transmission point (Tp1...TP5), wherein each transmission point can perform data transmissions and receptions with the user equipment; determining first priorities of the report groups; separating a plurality of CSI reports in each of the report groups into report sets according to CSI-RS resources for interference measurement, the CSI-RS resources for interference measurement correspond to interference hypothesis used to derive each CSI report; determining second priorities of the report sets in each of the report groups; and transmitting a CSI report among the plurality of CSI reports to a network of the wireless communication system according to the first priorities and the second priorities when the plurality of CSI reports have to be reported at a reporting instance. separating a plurality of CSI reports into report groups according to non-zero power, NZP, channel state information reference signal, CSI-RS, resources, each NZP CSI-RS resource is assigned to a transmission point (Tp1...TP5), wherein each transmission point can perform data transmissions and receptions with the user equipment; determining first priorities of the report groups; separating a plurality of CSI reports in each of the report groups into report sets according to CSI-RS resources for interference measurement, the CSI-RS resources for interference measurement correspond to interference hypothesis used to derive each CSI report; determining second priorities of the report sets in each of the report groups; and transmitting a CSI report among the plurality of CSI reports to a network of the wireless communication system according to the first priorities and the second priorities when the plurality of CSI reports have to be reported at a reporting instance.
A method, comprising: registering a first coordinate system of a fluoroscopic imaging system and a second coordinate system of a magnetic position tracking system,; computing a three-dimensional map of an organ of a patient using the magnetic position tracking system, 104); using the registered first and second coordinate systems, calculating a field-of-view of the fluoroscopic imaging system in the second coordinate system; based on the 3D map and the calculated FOV, creating a two-dimensional image of the organ that simulates a fluoroscopic image of the organ that would be generated by the fluoroscopic imaging system,; and displaying the 2D image of the organ that simulates the fluoroscopic image of the organ,. registering a first coordinate system of a fluoroscopic imaging system and a second coordinate system of a magnetic position tracking system,; computing a three-dimensional map of an organ of a patient using the magnetic position tracking system, 104); using the registered first and second coordinate systems, calculating a field-of-view of the fluoroscopic imaging system in the second coordinate system; based on the 3D map and the calculated FOV, creating a two-dimensional image of the organ that simulates a fluoroscopic image of the organ that would be generated by the fluoroscopic imaging system,; and displaying the 2D image of the organ that simulates the fluoroscopic image of the organ,.
A support rail, comprising a retaining section and a pipe section, wherein the retaining section has an elongate extension in the longitudinal direction (x), along which the pipe section and the retaining section extend parallel to one another, wherein a recess extending in the longitudinal direction (x) with lateral clamping edges for receiving retaining elements is arranged at an end of the retaining section opposite the pipe section, wherein the clamping edges are designed such that laterally protruding portions of the retaining elements can engage under the lateral clamping edges by inserting the retaining elements into the recess of the retaining section and subsequently rotating the retaining elements, wherein the pipe section has a circular or circular-segment-shaped cross section, wherein the cross section is formed by a circular segment which is larger than one half of a circle, so that circular-segment-shaped mounting brackets of a fork element can be pivoted or rotationally aligned along the pipe section by the circular or circular-segment-shaped cross section and subsequently fastened to the pipe section, characterized in that at least one flange section for receiving fixed-point clips extends in a transverse direction (y) from at least one of the clamping edges of the retaining section, and in that the at least one flange section projects in the shape of a wing from the elongate recess and forms a connecting surface. wherein the retaining section has an elongate extension in the longitudinal direction (x), along which the pipe section and the retaining section extend parallel to one another, wherein a recess extending in the longitudinal direction (x) with lateral clamping edges for receiving retaining elements is arranged at an end of the retaining section opposite the pipe section, wherein the clamping edges are designed such that laterally protruding portions of the retaining elements can engage under the lateral clamping edges by inserting the retaining elements into the recess of the retaining section and subsequently rotating the retaining elements, wherein the pipe section has a circular or circular-segment-shaped cross section, wherein the cross section is formed by a circular segment which is larger than one half of a circle, so that circular-segment-shaped mounting brackets of a fork element can be pivoted or rotationally aligned along the pipe section by the circular or circular-segment-shaped cross section and subsequently fastened to the pipe section, characterized in that at least one flange section for receiving fixed-point clips extends in a transverse direction (y) from at least one of the clamping edges of the retaining section, and in that the at least one flange section projects in the shape of a wing from the elongate recess and forms a connecting surface.
A device for closing a target tissue comprising: an elongate body comprising a first lumen therethrough; a snare loop assembly comprising a snare and a suture loop releasably coupled to the snare, wherein the snare loop assembly at least partially extends from a distal end of the elongate body; a vacuum tube configured to apply vacuum to the target tissue through a second lumen therethrough, characterised in that the vacuum tube is slidably positioned within the first lumen to extend through the snare loop assembly; and in that an imaging device disposed within the second lumen. an elongate body comprising a first lumen therethrough; a snare loop assembly comprising a snare and a suture loop releasably coupled to the snare, wherein the snare loop assembly at least partially extends from a distal end of the elongate body; a vacuum tube configured to apply vacuum to the target tissue through a second lumen therethrough, characterised in that the vacuum tube is slidably positioned within the first lumen to extend through the snare loop assembly; and in that an imaging device disposed within the second lumen.
A tire for a motorcycle for uneven ground traveling, the tire comprising: a tread part, a plurality of crown blocks being formed thereon, wherein at least one of the plurality of crown blocks has: a wheel tread, a first side surface disposed at one side of the wheel tread in a tire circumferential direction, a first edge arranged between the wheel tread and the first side surface, a concave part that opens on the wheel tread and the first side surface, and a second edge arranged between the wheel tread and the concave part, and wherein the wheel tread has at least one external corner part in which an angle (θ1) between the first edge and the second edge is an acute angle, characterized in that the first side surface is curved to be recessed toward the other side in the tire circumferential direction in a plan view of a tread. a tread part, a plurality of crown blocks being formed thereon, wherein at least one of the plurality of crown blocks has: a wheel tread, a first side surface disposed at one side of the wheel tread in a tire circumferential direction, a first edge arranged between the wheel tread and the first side surface, a concave part that opens on the wheel tread and the first side surface, and a second edge arranged between the wheel tread and the concave part, and a wheel tread, a first side surface disposed at one side of the wheel tread in a tire circumferential direction, a first edge arranged between the wheel tread and the first side surface, a concave part that opens on the wheel tread and the first side surface, and a second edge arranged between the wheel tread and the concave part, and wherein the wheel tread has at least one external corner part in which an angle (θ1) between the first edge and the second edge is an acute angle, characterized in that the first side surface is curved to be recessed toward the other side in the tire circumferential direction in a plan view of a tread.
An image forming apparatus comprising: an attribute-value-information holding unit configured to hold an attribute-value table showing correspondence between a type of gradation processing and a fixing-temperature control attribute value, the fixing-temperature control attribute value being a 8-bit value, wherein higher 4 bits are assigned to a superordinate category and lower 4 bits are assigned to a subordinate category; an image-formation-attribute processing unit configured to determine a type of gradation processing and a corresponding fixing-temperature control attribute value on the basis of contents of a print instruction and the attribute-value table; a gradation processing unit configured to perform gradation processing in accordance with the type of gradation processing determined by the image-formation-attribute processing unit; and a fixing-temperature control unit configured to control fixing temperature in formation of a print image according to the fixing-temperature control attribute value determined by the image-formation-attribute processing unit, characterized in that the image-formation-attribute processing unit is further configured to determine the superordinate category of the fixing-temperature control attribute value according to the type of gradation processing, and to determine the subordinate category of the fixing-temperature control attribute value according to a drawing area of the image. an attribute-value-information holding unit configured to hold an attribute-value table showing correspondence between a type of gradation processing and a fixing-temperature control attribute value, the fixing-temperature control attribute value being a 8-bit value, wherein higher 4 bits are assigned to a superordinate category and lower 4 bits are assigned to a subordinate category; an image-formation-attribute processing unit configured to determine a type of gradation processing and a corresponding fixing-temperature control attribute value on the basis of contents of a print instruction and the attribute-value table; a gradation processing unit configured to perform gradation processing in accordance with the type of gradation processing determined by the image-formation-attribute processing unit; and a fixing-temperature control unit configured to control fixing temperature in formation of a print image according to the fixing-temperature control attribute value determined by the image-formation-attribute processing unit, characterized in that
An alignment adaptor for facilitating the insertion of a guidewire into a dilator, the alignment adaptor comprising a body comprising: a distal opening for receiving a proximal end of the guidewire; a proximal opening for receiving a distal end of the dilator; a center channel connecting the distal opening to the proximal opening; a slit formed in the body and opening into the center channel, the slit formed along one side of a longitudinal axis of the alignment adaptor, the slit providing an exit path for the guidewire,; and a first tab and a second tab disposed on either side of the slit to open the slit when forces are applied to the first and second tabs, wherein the distal opening, the center channel, and the proximal opening are centrally aligned, wherein the first and second tabs (450 and 450) are perpendicular to one another, and wherein the alignment adaptor is configured to flex to open the slit to permit removal of the guidewire through the slit when forces are applied to the first and second tabs characterized in that the first tab is parallel to the slit, and wherein the second tab is perpendicular to the slit. a distal opening for receiving a proximal end of the guidewire; a proximal opening for receiving a distal end of the dilator; a center channel connecting the distal opening to the proximal opening; a slit formed in the body and opening into the center channel, the slit formed along one side of a longitudinal axis of the alignment adaptor, the slit providing an exit path for the guidewire,; and a first tab and a second tab disposed on either side of the slit to open the slit when forces are applied to the first and second tabs, wherein the distal opening, the center channel, and the proximal opening are centrally aligned, wherein the first and second tabs (450 and 450) are perpendicular to one another, and wherein the alignment adaptor is configured to flex to open the slit to permit removal of the guidewire through the slit when forces are applied to the first and second tabs characterized in that the first tab is parallel to the slit, and wherein the second tab is perpendicular to the slit.
Distributing machine, in particular spreader device, with a storage container, a stirring apparatus which is preferably arranged in the lower region of the storage container and is preferably located above a metering means, wherein the stirring apparatus is connected by a driving apparatus to a stirring member via a connecting element which is torsionally elastic and/or in the form of a torsion spring, characterized in that the connecting element arranged between drive unit and stirring member is of elongate and flexurally rigid design, in that a hollow shaft which is arranged in the storage container and/or projects into the latter is provided, in that the torsionally elastic connecting element is arranged in said hollow shaft, and in that the hollow shaft is arranged rotatably by means of bearing elements.
A manufacturing method for a structure configured to connect and for dissipate the heat produced by an electronic device, the structure comprising: a dielectric support configured to be coated with at least one conductive zone in contact with a first face of the support, the conductive zone being adapted to receive the electronic device, the insulating support being further configured to be coated with at least one other conductive zone in contact with a second face of the support opposed to the first face, the other conductive zone being able to receive a heat exchanger, the insulating support comprising an envelope made of dielectric material forming the outer limits of a cavity filled with a phase change material, the method comprising steps for: a) forming of an insulating support comprising an envelope of dielectric material defining a cavity, one or more openings being formed in the envelope so as to allow access to the cavity, b) filling the cavity using a phase change material introduced through at least one of said openings. a) forming of an insulating support comprising an envelope of dielectric material defining a cavity, one or more openings being formed in the envelope so as to allow access to the cavity, b) filling the cavity using a phase change material introduced through at least one of said openings.
A magnetic nanocomposite device comprising: a flexible substrate; a set of nanocomposite pillars having magnetic nanowires embedded therein, the magnetic nanowires creating a stray field; and a flexible magnetic sensor disposed on the flexible substrate, the flexible magnetic sensor configured to detect the stray field created by the magnetic nanowires, wherein the flexible magnetic sensor comprises a giant magnetoimpedance sensor whose impedance is affected by the stray field, characterized in that the GMI sensor further includes a wireless transponder configured to transmit information regarding the impedance of the GMI sensor. a flexible substrate; a set of nanocomposite pillars having magnetic nanowires embedded therein, the magnetic nanowires creating a stray field; and a flexible magnetic sensor disposed on the flexible substrate, the flexible magnetic sensor configured to detect the stray field created by the magnetic nanowires, wherein the flexible magnetic sensor comprises a giant magnetoimpedance sensor whose impedance is affected by the stray field, characterized in that the GMI sensor further includes a wireless transponder configured to transmit information regarding the impedance of the GMI sensor.