mhurhangee/ep-ind-claims huggingface dataset:
A ticket dispensing apparatus comprising a plurality of modular feed mechanisms arranged to feed tickets from one of the modular feed mechanisms, said one of the modular feed mechanisms being in parallel with each of the other modular feed mechanisms, said ticket dispensing apparatus further comprising a printed circuit board to control each of the plurality of modular feed mechanisms, each modular feed mechanism including a separate drive motor and feed rollers, and a ticket separation mechanism operable to separate tickets dispensed by the ticket apparatus, the ticket separation mechanism including a separate drive motor, the ticket separation mechanism being configured to separate designated tickets serviced by each of the plurality of modular feed mechanisms, characterized in that each modular feed mechanism being individually detachable from the ticket dispensing apparatus without detaching any other of the plurality of modular feed mechanisms, and in that each modular feed mechanism further comprises a flag coupled to an optical sensor, the optical sensor being connected to the printed circuit board and the flag being biased by gravity to hang directly downward into a neutral position such that the flag will be contacted by a ticket strip moving across the modular feed mechanism and being configured to trigger the optical sensor only when a ticket is present within the modular feed mechanism for providing a signal that the modular feed mechanism is occupied, wherein the flag is mounted to move about a pivot axis to a first position when a ticket strip is fed into the modular feed mechanism from a first direction and to move about the pivot axis to a second position distinct from the first position when a ticket strip is fed into the mechanism from a second direction in opposition to the first direction such that the flag permits movement of a ticket strip in each of the first and second directions, said pivot axis being horizontal and perpendicular to the first and second directions.
A system for collection, analysis and archiving of pipe defect data, comprising in combination: an electric probe sized to fit within an underground pipe; an electrically conductive cable having a proximal end and a distal end, said distal end electrically attached to said probe; a voltage source coupled to said cable and spaced from said probe; a ground inteface coupled to said proximal end of said cable; an electric meter positioned to measure an electric signal in a circuit including said cable, said voltage source and said ground interface, said electric signal correlating with defects in the pipe adjacent to said probe; at least two data processors including an on-site processor and a remote processor; said on-site processor including a display for unconditioned data and a transmitter coupleable with the remote processor; said remote processor including a processor, memory and software adapted to condition said data and a transmitter capable of sending data back to said on-site processor; and said on-site processor adapted to display conditioned data; wherein both said unconditioned data and said conditioned data include an at least two-dimensional data set with each entry in said two-dimensional data set including a current amplitude field and a probe location field, suitable for display in a two-dimensional graph depicting current amplitude versus probe position; wherein said conditioned data includes position data correlated with a location of joints in the pipe, the joint position either pre-determined or detected from regular electric amplitude spikes within said unconditioned data. an electric probe sized to fit within an underground pipe; an electrically conductive cable having a proximal end and a distal end, said distal end electrically attached to said probe; a voltage source coupled to said cable and spaced from said probe; a ground inteface coupled to said proximal end of said cable; an electric meter positioned to measure an electric signal in a circuit including said cable, said voltage source and said ground interface, said electric signal correlating with defects in the pipe adjacent to said probe; at least two data processors including an on-site processor and a remote processor; said on-site processor including a display for unconditioned data and a transmitter coupleable with the remote processor; said remote processor including a processor, memory and software adapted to condition said data and a transmitter capable of sending data back to said on-site processor; and said on-site processor adapted to display conditioned data; wherein both said unconditioned data and said conditioned data include an at least two-dimensional data set with each entry in said two-dimensional data set including a current amplitude field and a probe location field, suitable for display in a two-dimensional graph depicting current amplitude versus probe position; wherein said conditioned data includes position data correlated with a location of joints in the pipe, the joint position either pre-determined or detected from regular electric amplitude spikes within said unconditioned data.
Section of a cable tray consisting of a wire trellis and having a U-shaped cross section comprising a base and two side arms, provided with warp wires and weft wires, this section having a female end portion at a first end and a male end portion at a second end, the latter being complementary with the female end portion and being able to fit into the female end portion of an adjacent section, characterized in that the female end portion comprises at least one female weft wire provided with a notched shape extending inwards in the plane of the base of the section, and the male end portion comprises an end segment of reduced height and width, this male end portion comprising at least one male weft wire being provided with a setback having a curvature which projects from the plane of the base of the section, the notched shape of the female end portion being able to hook into the setback of the male weft wire of the female end portion of an adjacent section.
A system (430; 432) for decoding a symbol that represents a data set on an object, comprising: an imaging assembly comprising an imaging device configured to capture a plurality of image frames (420, 422, 424) of the symbol, characterized in that each of the plurality of the image frames (420, 422, 424) contains a portion of the symbol; and in that the system further comprises: a processor, operatively connected to the imaging assembly constructed and arranged to process each of the plurality of image frames (420, 422, 424) containing the portion of the symbol to divide the plurality of image frames (420, 422, 424) into a plurality of sub-regions and to decode predetermined code data from at least some of the plurality of image frames (420, 422, 424) containing the portion of the symbol and to combine the predetermined code data from the at least some of the plurality of image frames (420, 422, 424) containing the portion of the symbol to define a decodable version of the data set represented by the symbol by stitching together the predetermined code data from the at least some of the image frames (420, 422, 424) containing the portion of the symbol through recognition of mutually overlapping sub-regions between adjacent image frames (420, 422, 424) containing the portion of the symbol. an imaging assembly comprising an imaging device configured to capture a plurality of image frames (420, 422, 424) of the symbol, characterized in that each of the plurality of the image frames (420, 422, 424) contains a portion of the symbol; and in that the system further comprises: a processor, operatively connected to the imaging assembly constructed and arranged to process each of the plurality of image frames (420, 422, 424) containing the portion of the symbol to divide the plurality of image frames (420, 422, 424) into a plurality of sub-regions and to decode predetermined code data from at least some of the plurality of image frames (420, 422, 424) containing the portion of the symbol and to combine the predetermined code data from the at least some of the plurality of image frames (420, 422, 424) containing the portion of the symbol to define a decodable version of the data set represented by the symbol by stitching together the predetermined code data from the at least some of the image frames (420, 422, 424) containing the portion of the symbol through recognition of mutually overlapping sub-regions between adjacent image frames (420, 422, 424) containing the portion of the symbol.
A method to produce a transgenic chicken comprising: incorporating a transgene into the genome of a primordial germ cell, obtained by culturing whole blood of a stage 12 to 17 chicken embryo in media conditioned with buffalo rat liver cells and containing fibroblast growth factor, stem cell factor, chicken serum and non-chicken feeder cells, wherein the transgene comprises an exogenous DNA sequence encoding a pharmaceutical protein and is flanked by at least one insulator, thereby producing a transformed PGC; selecting a clonal transformed PGC whose genome stably comprises and expresses the transgene; inserting the PGC into a recipient chicken, hatching a chimeric chicken from the embryo, wherein the chimeric chicken comprises a germline cell derived from the clonal transformed PGC which stably comprises and expresses the transgene; and breeding the chimeric chicken to produce a transgenic chicken, wherein the genome of the transgenic chicken is derived from the clonal germline cell and stably comprises and expresses the transgene. incorporating a transgene into the genome of a primordial germ cell, obtained by culturing whole blood of a stage 12 to 17 chicken embryo in media conditioned with buffalo rat liver cells and containing fibroblast growth factor, stem cell factor, chicken serum and non-chicken feeder cells, wherein the transgene comprises an exogenous DNA sequence encoding a pharmaceutical protein and is flanked by at least one insulator, thereby producing a transformed PGC; selecting a clonal transformed PGC whose genome stably comprises and expresses the transgene; inserting the PGC into a recipient chicken, hatching a chimeric chicken from the embryo, wherein the chimeric chicken comprises a germline cell derived from the clonal transformed PGC which stably comprises and expresses the transgene; and breeding the chimeric chicken to produce a transgenic chicken, wherein the genome of the transgenic chicken is derived from the clonal germline cell and stably comprises and expresses the transgene.
A method performed by an apparatus for ex-vivo diagnosis of a respiratory status of a patient, the method comprising said apparatus: receiving, from a gas analyzer, a plurality of time-sequenced carbon dioxide (CO 2) waveform signals which correspond to CO 2 concentration levels in exhaled breaths of the patient; analyzing a shape of the plurality of CO 2 waveform; extracting, from the analyzed shapes, at least one parameter by which the shapes are characterized; characterized by determining changes with time in the at least one parameter of the plurality of time-sequenced waveforms; comparing the changes with time in the at least one parameter of the plurality of time-sequenced waveforms with predefined changes with time in an equivalent of at least one parameter of time-sequenced waveforms typical for patients with known respiratory deficiencies; and generating a diagnosis of the respiratory status of the patient, based on the comparison.
Fasoracetam for use in a method of treating anxiety disorder in a subject, comprising administering an effective amount of fasoracetam to the subject, wherein fasoracetam is administered at a dose of 50-400 mg, 100-400 mg, or 200-400 mg, and wherein the dose is administered once, twice, or three times daily.
A heating blanket, comprising: a conductor for receiving current and generating a magnetic field in response thereto; a susceptor sleeve formed of magnetic material having a Curie temperature, the susceptor sleeve being mounted on and extending along the conductor for induction heating thereof in response to the magnetic field; and a matrix within which the susceptor sleeve and the conductor are embedded wherein the matrix is in thermal contact with the susceptor sleeve. a conductor for receiving current and generating a magnetic field in response thereto; a susceptor sleeve formed of magnetic material having a Curie temperature, the susceptor sleeve being mounted on and extending along the conductor for induction heating thereof in response to the magnetic field; and a matrix within which the susceptor sleeve and the conductor are embedded wherein the matrix is in thermal contact with the susceptor sleeve.
A method of manufacturing a spar cap for a rotor blade of a wind turbine, the method comprising the steps of: a) arranging at least one edge member (28, 30) in a mold for manufacturing the spar cap, wherein the edge member is arranged adjacent to a surface of the mold which is for manufacturing a front edge or a rear edge of the spar cap, wherein the front edge of the spar cap is configured to be arranged towards a leading edge of the rotor blade and the rear edge of the spar cap is configured to be arranged towards a trailing edge of the rotor blade, if the spar cap is mounted in the rotor blade, wherein the method is characterized by the steps of: b) arranging fibrous material in the mold subsequently to the arrangement of the at least one edge member (28, 30), wherein the fibrous material is arranged to be in intimate contact with the at least one edge member (28, 30), c) curing the fibrous material so as to provide a spar cap comprising a fiber-reinforced member and the at least one edge member (28, 30). a) arranging at least one edge member (28, 30) in a mold for manufacturing the spar cap, wherein the edge member is arranged adjacent to a surface of the mold which is for manufacturing a front edge or a rear edge of the spar cap, wherein the front edge of the spar cap is configured to be arranged towards a leading edge of the rotor blade and the rear edge of the spar cap is configured to be arranged towards a trailing edge of the rotor blade, if the spar cap is mounted in the rotor blade, wherein the method is characterized by the steps of: b) arranging fibrous material in the mold subsequently to the arrangement of the at least one edge member (28, 30), wherein the fibrous material is arranged to be in intimate contact with the at least one edge member (28, 30), c) curing the fibrous material so as to provide a spar cap comprising a fiber-reinforced member and the at least one edge member (28, 30).
A method performed by a User Equipment device, UE, (20, 400, 700A) for obtaining a key for direct communication with a device (30, 500, 800A) over an interface, the method comprising: discovering the device (30, 500, 800A) through a discovery procedure; sending, to the device (30, 500, 800A), an identifier of the UE (20, 400, 700A) and requesting the key for the direct communication with the device (30, 500, 800A); receiving, from the device (30, 500, 800A), an identifier of the device (30, 500, 800A), key generation information, a key identifier, and an encrypted direct communication key; deriving a session shared key from at least the key generation information; deriving a UE delivery key from at least the session shared key and the identifier of the device (30, 500, 800A); and decrypting the encrypted direct communication key using the derived UE delivery key, wherein the decrypted direct communication key is associated with the key identifier that is used in the UE (20, 400, 700A) and the device (30, 500, 800A), to associate the decrypted direct communication key with the direct communication. discovering the device (30, 500, 800A) through a discovery procedure; sending, to the device (30, 500, 800A), an identifier of the UE (20, 400, 700A) and requesting the key for the direct communication with the device (30, 500, 800A); receiving, from the device (30, 500, 800A), an identifier of the device (30, 500, 800A), key generation information, a key identifier, and an encrypted direct communication key; deriving a session shared key from at least the key generation information; deriving a UE delivery key from at least the session shared key and the identifier of the device (30, 500, 800A); and decrypting the encrypted direct communication key using the derived UE delivery key, wherein the decrypted direct communication key is associated with the key identifier that is used in the UE (20, 400, 700A) and the device (30, 500, 800A), to associate the decrypted direct communication key with the direct communication.
An injection composition for labeling a lesion, comprising: a first composition comprising a complex containing an active ingredient and having an average density of 1.1 to 1.4 g/mL, the active ingredient being a dye for staining biological tissues, a radioactive isotope or a combination thereof bound to macroaggregated albumin; and a second composition being hyaluronic acid, the HA having an average molecular weight of 0.5 to 3.0 MDa, wherein the HA is included at 0.2 to 1 % (w/v) with respect to the total amount of the injection composition. a first composition comprising a complex containing an active ingredient and having an average density of 1.1 to 1.4 g/mL, the active ingredient being a dye for staining biological tissues, a radioactive isotope or a combination thereof bound to macroaggregated albumin; and a second composition being hyaluronic acid, the HA having an average molecular weight of 0.5 to 3.0 MDa, wherein the HA is included at 0.2 to 1 % (w/v) with respect to the total amount of the injection composition.
A display apparatus comprising: a display; an image obtainer configured to photograph the environment behind the display; an image processor configured to process the obtained images; a controller configured to select one of the obtained images as a background image, to receive an input of an image effect for the background image, to control the image processor to process the selected background image corresponding to the image effect, and to control the display to display the processed background image; a driver for driving the image obtainer; and a location detector arranged to transmit current location information of the display apparatus to the driver in response to a change in the location of the display apparatus being detected or in response to a distance between the display apparatus and a fixed structure exceeding a preset value; wherein the driver is arranged to drive the image obtainer to obtain a most recent image in response to a difference between the current location information of the display apparatus and stored location information of the display apparatus exceeding a predetermined threshold, and a storage device configured to store the obtained images, wherein the controller is arranged to analyze the most recent image, and to select the most recent image as the background image in response to there being no stored image having a depth of field of a subject within a predetermined range that is consistent with the analysis result of the most recent image. a display; an image obtainer configured to photograph the environment behind the display; an image processor configured to process the obtained images; a controller configured to select one of the obtained images as a background image, to receive an input of an image effect for the background image, to control the image processor to process the selected background image corresponding to the image effect, and to control the display to display the processed background image; a driver for driving the image obtainer; and a location detector arranged to transmit current location information of the display apparatus to the driver in response to a change in the location of the display apparatus being detected or in response to a distance between the display apparatus and a fixed structure exceeding a preset value; wherein the driver is arranged to drive the image obtainer to obtain a most recent image in response to a difference between the current location information of the display apparatus and stored location information of the display apparatus exceeding a predetermined threshold, and a storage device configured to store the obtained images, wherein the controller is arranged to analyze the most recent image, and to select the most recent image as the background image in response to there being no stored image having a depth of field of a subject within a predetermined range that is consistent with the analysis result of the most recent image.
A base station for use in a wireless network, the base station comprising: a transmitter configured to send, to a mobile station (106, 108), two or more data bursts; wherein the transmitter is further configured to send, to the mobile station, an acknowledgment/negative acknowledgment, ACK/NAK, aggregation indicator, wherein the ACK/NAK aggregation indicator indicates to the mobile station a number of the two or more data bursts to be acknowledged or negatively acknowledged by the mobile station in an aggregated ACK/NAK report, wherein the number indicated by the ACK/NAK aggregation indicator is a number selected from a range of possible values; and a receiver configured to, subsequent to the transmission of the two or more data bursts, receive, from the mobile station: one or more aggregated ACK/NAK reports, wherein each of the one or more aggregated ACK/NAK reports indicates whether a number of the two or more data bursts was successfully received or not according to the number indicated by the ACK/NAK aggregation indicator. a transmitter configured to send, to a mobile station (106, 108), two or more data bursts; wherein the transmitter is further configured to send, to the mobile station, an acknowledgment/negative acknowledgment, ACK/NAK, aggregation indicator, wherein the ACK/NAK aggregation indicator indicates to the mobile station a number of the two or more data bursts to be acknowledged or negatively acknowledged by the mobile station in an aggregated ACK/NAK report, wherein the number indicated by the ACK/NAK aggregation indicator is a number selected from a range of possible values; and a receiver configured to, subsequent to the transmission of the two or more data bursts, receive, from the mobile station: one or more aggregated ACK/NAK reports, wherein each of the one or more aggregated ACK/NAK reports indicates whether a number of the two or more data bursts was successfully received or not according to the number indicated by the ACK/NAK aggregation indicator.