mhurhangee/ep-ind-claims huggingface dataset:
A liquid crystal display device comprising a first substrate, a second substrate, a liquid crystal composition layer held between the first substrate and the second substrate, a color filter that includes a black matrix and at least RGB three-color pixel portions, a pixel electrode, and a common electrode, the liquid crystal composition layer being constituted by a liquid crystal composition containing 30 to 50% of a compound represented by general formula, wherein R 1 and R 2 each independently represent an alkyl group having 1 to 8 carbon atoms, an alkenyl group having 2 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, or an alkenyloxy group having 2 to 8 carbon atoms and A represents a 1,4-phenylene group or a trans-1,4-cyclohexylene group, 5 to 20% of a compound represented by general formula (II-1), wherein R 3 represents an alkyl group having 1 to 8 carbon atoms, an alkenyl group having 2 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, or an alkenyloxy group having 2 to 8 carbon atoms and R 4 represents an alkyl group having 1 to 8 carbon atoms, an alkenyl group having 4 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, or an alkenyloxy group having 3 to 8 carbon atoms, and 25 to 45% of a compound represented by general formula (II-2), wherein R 5 represents an alkyl group having 1 to 8 carbon atoms, an alkenyl group having 2 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, or an alkenyloxy group having 2 to 8 carbon atoms, R 6 represents an alkyl group having 1 to 8 carbon atoms, an alkenyl group having 4 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, or an alkenyloxy group having 3 to 8 carbon atoms, and B represents a trans-1,4-cyclohexylene group or a 1,4-phenylene group which may be substituted with fluorine, wherein a G pixel portion of the RGB three-color pixel portions contains, as a coloring material, a halogenated metal phthalocyanine pigment that contains, as a central metal, a metal selected from the group consisting of Al, Si, Sc, Ti, V, Mg, Fe, Co, Ni, Zn, Ga, Ge, Y, Zr, Nb, In, Sn, and Pb, where when the central metal is trivalent, the central metal is bonded to one halogen atom, hydroxyl group, or sulfonic acid group or is oxo- or thio-bridged and when the central metal is a tetravalent metal, the central metal is bonded to one oxygen atom or two selected from a halogen atom, a hydroxyl group, and a sulfonic acid group, the selected two being the same or different from each other.
A method comprising: causing a first apparatus to participate in determining, with a second apparatus, a set of common location-sensitive sensors; obtaining, in the first apparatus, a first sensor output from a first sensor of said set of common location-sensitive sensors; receiving, by the first apparatus, from the second apparatus a first received sensor output of a sensor of said set of common location-sensitive sensors; comparing, by the first apparatus, the first sensor output to the first received sensor output, and responsive to the outputs matching, granting a first level of access to the second apparatus. causing a first apparatus to participate in determining, with a second apparatus, a set of common location-sensitive sensors; obtaining, in the first apparatus, a first sensor output from a first sensor of said set of common location-sensitive sensors; receiving, by the first apparatus, from the second apparatus a first received sensor output of a sensor of said set of common location-sensitive sensors; comparing, by the first apparatus, the first sensor output to the first received sensor output, and responsive to the outputs matching, granting a first level of access to the second apparatus.
A method for modelling tendinous tissue into a desired shape comprising the steps of: (a) placing at least a part of the tendinous tissue into a mould representing the negative form of the desired shape; and (b) applying mechanical pressure on at least the part of the tendinous tissue in the mould to compress the tendinous tissue; wherein at least a part of the tissue is provided with a coating during step (b) characterized in that the coating contains or is made of a mineraloid substance (a) placing at least a part of the tendinous tissue into a mould representing the negative form of the desired shape; and (b) applying mechanical pressure on at least the part of the tendinous tissue in the mould to compress the tendinous tissue;
Device for strapping packaged items, having a strapping-means frame through which the strapping means is guided, having a tensioning and closing unit which tensions the strapping means around the packaged item, having a packing table on which the packaged item lies during the strapping process, optionally having a covering or pressing plate, respectively, which lies on the packaged item during the strapping process, having a unit for applying an edge protector, which is attached between the packaged item and the strapping means and which protects the packaged item against damage by the strapping means, on the packaged item, and optionally having a packaged-item carrier on which the packaged item is conveyed through the device, wherein the unit for applying the edge protector is formed by a carriage which is displaceable by means of a drive on the packing table and/or the covering or pressing plate, respectively, and has a holding tool for arranging the edge protector, characterized in that the carriage disposes of wheels or casters, and the packing table and/or the covering or pressing plate, respectively, have/has a guide for the carriage, and in that the drive of the carriage is integrated in the carriage so as to be constructively independent from the device.
A line segment detection method for detecting a line segment from an image, the line segment detection method comprising: extracting a straight line from the image that includes the line segment; acquiring a luminance distribution on the straight line; generating a virtual function model (Lm) that contains a distribution of a foreground and a background of the image based on the luminance distribution, wherein the foreground is a part assumed as the line segment from a start point and an end point virtually set at arbitrary positions on the straight line, and the background is a remaining portion except of the foreground on the straight line; and estimating end points of the line segment in the virtual function model by moving the start point and the end point on the straight line such that the distribution of the foreground in the virtual function model (Lm) matches the luminance distribution. extracting a straight line from the image that includes the line segment; acquiring a luminance distribution on the straight line; generating a virtual function model (Lm) that contains a distribution of a foreground and a background of the image based on the luminance distribution, wherein the foreground is a part assumed as the line segment from a start point and an end point virtually set at arbitrary positions on the straight line, and the background is a remaining portion except of the foreground on the straight line; and estimating end points of the line segment in the virtual function model by moving the start point and the end point on the straight line such that the distribution of the foreground in the virtual function model (Lm) matches the luminance distribution.
A method for wireless communications by a user equipment, UE, comprising: determining a power difference value based on a target preamble received power level and a maximum preamble transmit power level; selecting, at the UE, a bundling size for uplink transmissions based on the determined power difference value; and sending the uplink transmissions, in accordance with the selected bundling size. determining a power difference value based on a target preamble received power level and a maximum preamble transmit power level; selecting, at the UE, a bundling size for uplink transmissions based on the determined power difference value; and sending the uplink transmissions, in accordance with the selected bundling size.
A method for identifying a cancer subject who will clinically respond to treatment with cyclophosphamide or an analogue or derivative thereof, the method comprising detecting expression of CCR4 on Teff cells obtained from a subject who has previously been administered at least one dose or cycle of cyclophosphamide, or an analogue, or derivative thereof, wherein upregulation of CCR4 expression on the Teff cells indicates that the subject will clinically respond to treatment.
A converter device for converting three-phase alternating current into direct current, comprising: - a three-phase AC reactor configured to be connected with a three-phase AC power supply; - a three-phase diode bridge connected to the three-phase AC reactor; - a plurality of smoothing capacitors connected in series with each other across the DC side of the three-phase diode bridge, one of the capacitors being grounded at its minus terminal; - three bidirectional switches connected between an AC side of the three-phase diode bridge and a midpoint of the smoothing capacitors connected in series with each other; characterized in that a resistor divider is connected between a contact connecting the three-phase AC reactor and the three-phase diode bridge and the minus terminal of the grounded smoothing capacitor, and a control unit configured to control the three bidirectional switches and to estimate at least one of a supply phase, a supply phase sequence, a supply frequency and a supply voltage by using a voltage signal detected by the resistor divider so as to control a width of an on/off control signal of the bidirectional switch based on the estimated information so as to reduce harmonic components of the three-phase alternating current. - a three-phase AC reactor configured to be connected with a three-phase AC power supply; - a three-phase diode bridge connected to the three-phase AC reactor; - a plurality of smoothing capacitors connected in series with each other across the DC side of the three-phase diode bridge, one of the capacitors being grounded at its minus terminal; - three bidirectional switches connected between an AC side of the three-phase diode bridge and a midpoint of the smoothing capacitors connected in series with each other;
A method of wireless communication comprising: entering a sleep mode of a discontinuous reception, DRX, configuration; identifying (1310, 1410, 1510, 1615, 1710, 1810) that a scheduling request is to be transmitted to a base station; receiving a directional synchronization subframe from the base station, wherein a resource associated with the scheduling request is identified based at least in part on the received directional synchronization subframe; identifying (1315, 1415, 1515, 1620, 1715, 1815) a time period associated with a random access channel, RACH; and transmitting (1320, 1430, 1525, 1625, 1730, 1830) the scheduling request to the base station during the time period associated with the RACH using the resources, which are identified based at least in part on the received directional synchronization subframe, wherein the scheduling request is transmitted during an entered active mode of the DRX configuration. entering a sleep mode of a discontinuous reception, DRX, configuration; identifying (1310, 1410, 1510, 1615, 1710, 1810) that a scheduling request is to be transmitted to a base station; receiving a directional synchronization subframe from the base station, wherein a resource associated with the scheduling request is identified based at least in part on the received directional synchronization subframe; identifying (1315, 1415, 1515, 1620, 1715, 1815) a time period associated with a random access channel, RACH; and transmitting (1320, 1430, 1525, 1625, 1730, 1830) the scheduling request to the base station during the time period associated with the RACH using the resources, which are identified based at least in part on the received directional synchronization subframe, wherein the scheduling request is transmitted during an entered active mode of the DRX configuration.
An apparatus for controlling pixel scanning within a range detector, the apparatus comprising: at least one pulse light source configured to provide a spatially controllable point light source; a detector comprising at least one light sensor configured to receive a reflected spatially controllable point light source; a controller configured to control the at least one light source, wherein the controller is configured to control the at least one pulse light source to: generate a first series of light source pulses (503, 553) associated with a pixel of a first row and a first column; generate a second series of light source pulses (505, 555) associated with a pixel of a second row and a first column, wherein the second series of light source pulses (503, 555) are started during the first series of light source pulses (503, 553); start the second series of light source pulses (505, 555) an offset period after the start of the first series of light source pulses (503, 553), wherein the offset time period is shorter than an integration time period of the first series of light source pulses (503, 553). at least one pulse light source configured to provide a spatially controllable point light source; a detector comprising at least one light sensor configured to receive a reflected spatially controllable point light source; a controller configured to control the at least one light source, wherein the controller is configured to control the at least one pulse light source to: generate a first series of light source pulses (503, 553) associated with a pixel of a first row and a first column; generate a second series of light source pulses (505, 555) associated with a pixel of a second row and a first column, wherein the second series of light source pulses (503, 555) are started during the first series of light source pulses (503, 553); start the second series of light source pulses (505, 555) an offset period after the start of the first series of light source pulses (503, 553), wherein the offset time period is shorter than an integration time period of the first series of light source pulses (503, 553). generate a first series of light source pulses (503, 553) associated with a pixel of a first row and a first column; generate a second series of light source pulses (505, 555) associated with a pixel of a second row and a first column, wherein the second series of light source pulses (503, 555) are started during the first series of light source pulses (503, 553); start the second series of light source pulses (505, 555) an offset period after the start of the first series of light source pulses (503, 553), wherein the offset time period is shorter than an integration time period of the first series of light source pulses (503, 553).
Apparatus for processing biological material, comprising - a holder for a vessel (160, 170, 730) for receiving biological material, wherein the vessel comprises at least one vessel part of increased recognisability; - a radiation source for irradiating a registration area in the holder, wherein the registration area is associated with the vessel part of increased recognisability that shows intensity difference of radiation between the presence and absence of the vessel; - a sensor for measuring the intensity of radiation coming from the registration area; - an evaluating unit which is equipped to register the presence or absence of the vessel by running a comparison between the intensity measured and a defined threshold, wherein the sensor is movable and a position of the sensor is determined by irradiating an adjusting mark on the apparatus by the radiation source and by measuring the radiation coming from the adjusting mark, wherein the radiation source and the sensor are movable together, and wherein the apparatus also comprises positioning means for positioning the radiation source and sensor relative to a holding area. - a holder for a vessel (160, 170, 730) for receiving biological material, wherein the vessel comprises at least one vessel part of increased recognisability; - a radiation source for irradiating a registration area in the holder, wherein the registration area is associated with the vessel part of increased recognisability that shows intensity difference of radiation between the presence and absence of the vessel; - a sensor for measuring the intensity of radiation coming from the registration area; - an evaluating unit which is equipped to register the presence or absence of the vessel by running a comparison between the intensity measured and a defined threshold,
A method for distributed processing of process data (P1, P2, P3) in a local bus with a local bus master and at least two data bus subscribers (7a, 7b,..., 7n), the method comprising: sending a data packet with process data (P1, P2, P3) from the local bus master via the local bus; receiving the data packet at a first data bus subscriber (7a, 7b,..., 7n); preprocessing at least one process data item in the data packet by the first data bus subscriber (7a, 7b,..., 7n) in dependency of the clock cycles available to the first data bus subscriber (7a, 7b,..., 7n), wherein the at least one process data item is intended for the second data bus subscriber (7a, 7b,..., 7n); sending the data packet with the at least one preprocessed data item (P3a) via the local bus from the first data bus subscriber (7a, 7b,..., 7n) to the second data bus subscriber (7a, 7b,..., 7n); receiving the data packet with the at least one preprocessed data item (P3a) at the second data bus subscriber (7a, 7b,..., 7n); and further processing the at least one preprocessed data item (P3a) by the second data bus subscriber (7a, 7b,..., 7n). sending a data packet with process data (P1, P2, P3) from the local bus master via the local bus; receiving the data packet at a first data bus subscriber (7a, 7b,..., 7n); preprocessing at least one process data item in the data packet by the first data bus subscriber (7a, 7b,..., 7n) in dependency of the clock cycles available to the first data bus subscriber (7a, 7b,..., 7n), wherein the at least one process data item is intended for the second data bus subscriber (7a, 7b,..., 7n); sending the data packet with the at least one preprocessed data item (P3a) via the local bus from the first data bus subscriber (7a, 7b,..., 7n) to the second data bus subscriber (7a, 7b,..., 7n); receiving the data packet with the at least one preprocessed data item (P3a) at the second data bus subscriber (7a, 7b,..., 7n); and further processing the at least one preprocessed data item (P3a) by the second data bus subscriber (7a, 7b,..., 7n).
A medical device, comprising: - an elongate member (110, 210) having a first end portion (112, 212), a second end portion (114, 214), and a side portion (116, 216), the side portion (116, 216) of the elongate member (110, 210) having a receiving portion (117, 217) configured to receive a support member; - a first coupler (120, 130, 140, 150; 220, 230) coupled to the elongate member (110, 210) and configured to engage the support member to help retain the support member within the receiving portion (117, 217); and - a second coupler (160, 170; 240, 250) coupled to the elongate member (110, 210) and configured to engage the support member to help retain the support member within the receiving portion (117, 217), characterised in that - the first coupler (120, 130, 140, 150; 220, 230) is of a first type and the second coupler (160, 170; 240, 250) is of a second type different than the first type (120, 130, 140, 150; 220, 230). - an elongate member (110, 210) having a first end portion (112, 212), a second end portion (114, 214), and a side portion (116, 216), the side portion (116, 216) of the elongate member (110, 210) having a receiving portion (117, 217) configured to receive a support member; - a first coupler (120, 130, 140, 150; 220, 230) coupled to the elongate member (110, 210) and configured to engage the support member to help retain the support member within the receiving portion (117, 217); and - a second coupler (160, 170; 240, 250) coupled to the elongate member (110, 210) and configured to engage the support member to help retain the support member within the receiving portion (117, 217), characterised in that - the first coupler (120, 130, 140, 150; 220, 230) is of a first type and the second coupler (160, 170; 240, 250) is of a second type different than the first type (120, 130, 140, 150; 220, 230).
Chain wheel carrier for a multiple chain wheel arrangement for rotatable mounting on a rear wheel axle, wherein the chain wheel carrier has a substantially identical material thickness, and the chain wheel carrier is formed so that at least three large chain wheels (110, 120, 130) can be fastened directly to the chain wheel carrier, the carrier has, at a radially inner end, a profile for the transmission of torque and, adjacent thereto in the radial direction, an inner ring, wherein the profile is configured for torque-transmitting engagement into a corresponding profile on a driver, characterized in that, as a result of forming, an axial total width of the chain wheel carrier has at least doubled, in particular tripled or quadrupled from the original, substantially identical material thickness of the chain wheel carrier.
A communication method for a host (Application layer, Driver layer and Peripheral device) and a wireless Internet access module (wireless internet access module of an SD interface) of a secure digital card, said communication method being carried out by the host, the communication method comprising: receiving, at a virtual bus unit (Virtual bus) of the host, secure digital card partition information reported by the wireless Internet access module; and loading a serial port driver (Serial port driver) and a modem driver (Modem driver) corresponding to the wireless Internet access module, so as to provide, for an application layer (Application layer software) of the host, a virtual serial port unit and a modem unit; the method being characterized in that it further comprises: mapping each of communication between the application layer and the virtual serial port unit and communication between the application layer and the modem unit to a corresponding partition of the wireless Internet access module according to a first relationship between a first partition of the wireless Internet access module and the serial port unit and a second relationship between a second partition of the wireless Internet access module and the modem unit. receiving, at a virtual bus unit (Virtual bus) of the host, secure digital card partition information reported by the wireless Internet access module; and loading a serial port driver (Serial port driver) and a modem driver (Modem driver) corresponding to the wireless Internet access module, so as to provide, for an application layer (Application layer software) of the host, a virtual serial port unit and a modem unit; the method being characterized in that it further comprises: mapping each of communication between the application layer and the virtual serial port unit and communication between the application layer and the modem unit to a corresponding partition of the wireless Internet access module according to a first relationship between a first partition of the wireless Internet access module and the serial port unit and a second relationship between a second partition of the wireless Internet access module and the modem unit. mapping each of communication between the application layer and the virtual serial port unit and communication between the application layer and the modem unit to a corresponding partition of the wireless Internet access module according to a first relationship between a first partition of the wireless Internet access module and the serial port unit and a second relationship between a second partition of the wireless Internet access module and the modem unit.