mhurhangee/ep-ind-claims huggingface dataset:
An electrical power supply structure for a forklift truck, comprising at least: a palletizable box; an electrical connection terminal block, integral with the box, capable of being coupled to the truck for the electrical power supply thereof; at least one quick charge battery accommodated in said box and coupled to said electrical connection terminal block; a charger of said at least one battery, accommodated in said box; and a connection element coupled to the charger, integral with the box, and capable of allowing an electrical connection between the charger and an electrical power distribution system external to the truck, said charger converting an AC voltage of the network into a DC voltage for charging at least one battery. a palletizable box; an electrical connection terminal block, integral with the box, capable of being coupled to the truck for the electrical power supply thereof; at least one quick charge battery accommodated in said box and coupled to said electrical connection terminal block; a charger of said at least one battery, accommodated in said box; and a connection element coupled to the charger, integral with the box, and capable of allowing an electrical connection between the charger and an electrical power distribution system external to the truck, said charger converting an AC voltage of the network into a DC voltage for charging at least one battery.
A method performed by a user equipment, UE, configured to operate in a wireless communication system, the method comprising: receiving, from a network, information on a first slot formation; configuring the first slot formation based on the information on the first slot formation; receiving, from the network, information on a second slot formation; and configuring the second slot formation based on the information on the second slot formation, wherein the information on the first slot formation and the information on the second slot formation are separate information, wherein, based on the UE operating in an unpaired spectrum including an unpaired carrier, and a supplemental uplink, SUL, carrier associated with the unpaired carrier, the first slot formation is for a cell on the unpaired carrier and the second slot formation is for an SUL cell on the SUL carrier, and wherein, based on the UE operating in a paired spectrum consisting of a downlink, DL, spectrum and an uplink, UL, spectrum, the first slot formation is for a DL cell on the DL spectrum and the second slot formation is for a UL cell on the UL spectrum. receiving, from a network, information on a first slot formation; configuring the first slot formation based on the information on the first slot formation; receiving, from the network, information on a second slot formation; and configuring the second slot formation based on the information on the second slot formation, wherein the information on the first slot formation and the information on the second slot formation are separate information, wherein, based on the UE operating in an unpaired spectrum including an unpaired carrier, and a supplemental uplink, SUL, carrier associated with the unpaired carrier, the first slot formation is for a cell on the unpaired carrier and the second slot formation is for an SUL cell on the SUL carrier, and wherein, based on the UE operating in a paired spectrum consisting of a downlink, DL, spectrum and an uplink, UL, spectrum, the first slot formation is for a DL cell on the DL spectrum and the second slot formation is for a UL cell on the UL spectrum.
A method for producing xylylene diisocyanates XDI, in particular meta-xylylene diisocyanate mXDI, comprising the steps of: a. phosgenation of xylylene diamine XDA, in particular m-xylylene diamine mXDA in the case of mXDI; a. removal of the hydrochloric acid from the reaction medium obtained in step a) at a temperature of between 120 and 190°C and at a pressure of between 1 mbar and 20 bars, a. purification of the XDI obtained comprising, for example, a step of removing the COCl 2, a step of removing the phosgenation solvent, a step of removing the heavy compounds formed during the phosgenation and a step of removing the light species formed during phosgenation, wherein step b) is continued until the assay of the resulting reaction medium indicates an allophanoyl chloride content of XDI, preferably mXDI, of less than 3%, preferably less than 2%, advantageously less than 1%, by weight in the reaction medium, excluding the amount of solvent, phosgene and HCl. a. phosgenation of xylylene diamine XDA, in particular m-xylylene diamine mXDA in the case of mXDI; a. removal of the hydrochloric acid from the reaction medium obtained in step a) at a temperature of between 120 and 190°C and at a pressure of between 1 mbar and 20 bars, a. purification of the XDI obtained comprising, for example, a step of removing the COCl 2, a step of removing the phosgenation solvent, a step of removing the heavy compounds formed during the phosgenation and a step of removing the light species formed during phosgenation,
A method for processing data in an optical network element (201, 202, 311), wherein the optical network element (201, 202, 311) comprises a local oscillator operating at a first frequency; the method comprising: - receiving an incoming data stream at a second frequency; - processing the incoming data steam using the first frequency; characterized by - searching a first pattern in the incoming data stream (102, 103), wherein the first pattern corresponds to the first frequency being in the spectrum on one side of the second frequency; and - searching for a second pattern in the incoming data stream (102, 105), wherein the second pattern corresponds to the first frequency being in the spectrum on the other side of the second frequency. - receiving an incoming data stream at a second frequency; - processing the incoming data steam using the first frequency; - searching a first pattern in the incoming data stream (102, 103), wherein the first pattern corresponds to the first frequency being in the spectrum on one side of the second frequency; and - searching for a second pattern in the incoming data stream (102, 105), wherein the second pattern corresponds to the first frequency being in the spectrum on the other side of the second frequency.
A bodywork part for a motor vehicle comprising a main body made from a plastic material and an anti-pinching system, the anti-pinching system comprising a capacitive sensor comprising at least a first conductive wire integrated into the thickness of the main body by welding so as to be flush with or not flush with the main body, the first conductive wire being located at least partially in a peripheral zone of said main body, said capacitive sensor being able to detect the presence of an object or a hand of a user in said peripheral zone.
A method, comprising: training a machine-learning algorithm with first images comprising training bounding boxes within the first images for individuals and limbs of the individuals depicted as touching items to estimate limb coordinates within the first images (step 310); receiving a second image having a first bounding box placed around and representing a specific individual within the second image and a second bounding box representing an item within the second image (step 320); providing the first bounding box and the second image to the machine-learning algorithm (step 330); receiving as an output from the machine-learning algorithm specific limb coordinates for the specific individual within the second image (step 340) for all the limbs of the specific individual within the first bounding box; computing a Euclidean distance between the specific limb coordinates and bounding box coordinates for the second bounding box (step 352); and determining that the specific individual is depicted as being in possession of the item within the second image (step 350) when the Euclidean distance is less than or equal to a predefined threshold distance (step 353). training a machine-learning algorithm with first images comprising training bounding boxes within the first images for individuals and limbs of the individuals depicted as touching items to estimate limb coordinates within the first images (step 310); receiving a second image having a first bounding box placed around and representing a specific individual within the second image and a second bounding box representing an item within the second image (step 320); providing the first bounding box and the second image to the machine-learning algorithm (step 330); receiving as an output from the machine-learning algorithm specific limb coordinates for the specific individual within the second image (step 340) for all the limbs of the specific individual within the first bounding box; computing a Euclidean distance between the specific limb coordinates and bounding box coordinates for the second bounding box (step 352); and determining that the specific individual is depicted as being in possession of the item within the second image (step 350) when the Euclidean distance is less than or equal to a predefined threshold distance (step 353).
An electrical door opener for a door lock with a lock latch which can be pushed back, having - an opener housing, - a pivotably mounted opener latch with a locking nose behind which the lock latch engages when in a forward-pushed locking position, - a pivotably mounted blocking lever and a pawl which acts on the blocking lever and which, by actuation of an unlocking drive, can be brought from a locking position into a release position, wherein the blocking lever blocks the opener latch when the pawl is in the locking position and releases said opener latch when the pawl is in the release position, and - a retaining spring element which fits through the opener latch and acts on the blocking lever and, when the lock latch is in the closed position, holds the blocking lever and/or the pawl in a retained position in which the opener latch remains released even after the unlocking drive is actuated, wherein the retaining spring element is loaded by a control lever which can be actuated by the lock latch and can pivot about a pivot axis, and wherein the control lever is mounted on the bearing axis of the opener latch. - an opener housing, - a pivotably mounted opener latch with a locking nose behind which the lock latch engages when in a forward-pushed locking position, - a pivotably mounted blocking lever and a pawl which acts on the blocking lever and which, by actuation of an unlocking drive, can be brought from a locking position into a release position, wherein the blocking lever blocks the opener latch when the pawl is in the locking position and releases said opener latch when the pawl is in the release position, and - a retaining spring element which fits through the opener latch and acts on the blocking lever and, when the lock latch is in the closed position, holds the blocking lever and/or the pawl in a retained position in which the opener latch remains released even after the unlocking drive is actuated,
A method for reducing content of at least one water soluble volatile organic compound present in a gas, said method comprising contacting said gas with an aqueous acidic oxidizing composition comprising H 2 O 2 and a metal catalyst, said composition having a pH between 1.8 to 2.6 and submitting said at least one water soluble volatile organic compound and said aqueous acidic oxidizing composition to an UV radiation.
A laser projection device for drape-molding a part on a mold with plies, this device comprising: - a support allowing positioning the mold for the drape-molding, this support comprising a fixed element and a movable element capable of modifying the spatial arrangement of the mold relative to this fixed element, - at least one laser projector arranged to draw contours on the mold, to delimit areas for depositing the plies, - calibration patterns (41-43, 51-53) adapted to be attached on the mold and/or on the movable element of the support, the projector comprising a detection system arranged to detect the patterns, - a computer programmed to determine the position of the calibration patterns detected by the detection system, relative to the projector, and to determine the spatial arrangement of the mold according to the position of these patterns, this device being characterized in that it further comprises one or several encoder(s) arranged to measure a displacement of the movable element relative to the fixed element, and in that the computer is programmed to determine the theoretical position of the patterns (41-43, 51-53) according to a displacement of the movable element measured by the encoder(s), so as to determine the spatial arrangement of the mold when said spatial arrangement has been modified by displacing the movable element. - a support allowing positioning the mold for the drape-molding, this support comprising a fixed element and a movable element capable of modifying the spatial arrangement of the mold relative to this fixed element, - at least one laser projector arranged to draw contours on the mold, to delimit areas for depositing the plies, - calibration patterns (41-43, 51-53) adapted to be attached on the mold and/or on the movable element of the support, the projector comprising a detection system arranged to detect the patterns, - a computer programmed to determine the position of the calibration patterns detected by the detection system, relative to the projector, and to determine the spatial arrangement of the mold according to the position of these patterns, this device being characterized in that it further comprises one or several encoder(s) arranged to measure a displacement of the movable element relative to the fixed element, and in that the computer is programmed to determine the theoretical position of the patterns (41-43, 51-53) according to a displacement of the movable element measured by the encoder(s), so as to determine the spatial arrangement of the mold when said spatial arrangement has been modified by displacing the movable element.
A computing system that implements a video encoder, wherein the computing system is adapted to perform a method comprising: determining state information that identifies which pictures are available for use as reference pictures; setting syntax elements that represent the state information, including setting identifying information for a long-term reference picture ("LTRP"), wherein the identifying information for the LTRP is a value of picture order count least significant bits ("POC LSBs") for the LTRP, and outputting the syntax elements as part of a bitstream, wherein the pictures available for use as reference pictures include a short term reference picture ("STRP"), and wherein the method further comprises: reusing the value of POC LSBs for the LTRP as a value of POC LSBs for the STRP; and marking the LTRP as used for long-term reference to distinguish between the LTRP and the STRP. determining state information that identifies which pictures are available for use as reference pictures; setting syntax elements that represent the state information, including setting identifying information for a long-term reference picture ("LTRP"), wherein the identifying information for the LTRP is a value of picture order count least significant bits ("POC LSBs") for the LTRP, and outputting the syntax elements as part of a bitstream, wherein the pictures available for use as reference pictures include a short term reference picture ("STRP"), and wherein the method further comprises: reusing the value of POC LSBs for the LTRP as a value of POC LSBs for the STRP; and marking the LTRP as used for long-term reference to distinguish between the LTRP and the STRP. reusing the value of POC LSBs for the LTRP as a value of POC LSBs for the STRP; and marking the LTRP as used for long-term reference to distinguish between the LTRP and the STRP.
A method for precoding, comprising steps of: constructing a concatenated precoding matrix according to indices of a plurality of first precoding matrixes received from a mobile terminal by combining the respective precoding matrixes, wherein each of the first precoding matrixes correspond to each antenna group according to grouping information and a channel model, and wherein the grouping information includes a number of base stations in a MIMO system, a number of transmit antennas at each base station, a number of groups resulting from dividing the antennas of the base station, and a number of antennas in each group; precoding data using the constructed concatenated precoding matrix; and sending the precoded data to the mobile terminal. constructing a concatenated precoding matrix according to indices of a plurality of first precoding matrixes received from a mobile terminal by combining the respective precoding matrixes, wherein each of the first precoding matrixes correspond to each antenna group according to grouping information and a channel model, and wherein the grouping information includes a number of base stations in a MIMO system, a number of transmit antennas at each base station, a number of groups resulting from dividing the antennas of the base station, and a number of antennas in each group; precoding data using the constructed concatenated precoding matrix; and sending the precoded data to the mobile terminal.
A cutting gas nozzle (1; 1'; 1"; 1"') for a laser machining head, comprising an inner nozzle for forming a core flow and an annular gap nozzle, surrounding the inner nozzle, for forming an annular flow, characterized in that a sleeve is guided in the annular gap of the annular gap nozzle so as to be axially displaceable between a rearward position and a forward position, said sleeve at least in the forward position projecting beyond the inner nozzle and said sleeve in the two positions opening the nozzle cross-sectional area of the annular gap nozzle to a variable degree.
Device for injecting fluid by way of a valve, having a duct which extends through a housing and which is filled with the fluid, characterized in that an actuator for the delivery of the fluid has a substantially hat-shaped form (44, 46), wherein - the actuator has a planar surface, in the centre of which there is formed an elevation which serves as a piston surface, - the actuator projects by way of its central elevation into the duct and is guided by way of its diameter in the duct, - the valve via which the liquid emerges from the duct is situated at the end of the duct, and wherein - the elevation corresponds to an upturned pot which is surrounded by the planar surface. - the actuator has a planar surface, in the centre of which there is formed an elevation which serves as a piston surface, - the actuator projects by way of its central elevation into the duct and is guided by way of its diameter in the duct, - the valve via which the liquid emerges from the duct is situated at the end of the duct, and wherein - the elevation corresponds to an upturned pot which is surrounded by the planar surface.
A method of increasing the solubility of roxithromycin including the steps of providing roxithromycin selected from the group consisting of anhydrous roxithromycin or monohydrated roxithromycin; elevating the temperature of the roxithromycin to above the melting point thereof; and reducing the temperature of the melt sufficiently to allow it to set into an amorphous non-crystalline glass form of roxithromycin having relatively increased solubility without decreasing the stability thereof.
Method for sealing a double-walled glass tube in a vacuum-tight manner, the glass tube having an inner glass tube (203, 305, 404) and an outer glass tube (201, 304, 403, 409), the method comprising the steps of: providing the double-walled glass tube inside a vacuum chamber at a desired negative pressure inside the vacuum chamber; fixing the double-walled glass tube by a holding element provided in the vacuum chamber; electro-conductive heating the outer and/or inner glass tube at a first end of the double-walled glass tube by at least two heating conductors (202, 204, 301, 302, 401, 405); wherein the holding element is provided by the at least two heating conductors (202, 204, 301, 302, 401, 405) in form of a partial cylinder shell; and wherein the outer glass tube (201, 304, 403, 409) is covered at least partially by a first (202, 301, 401) of the at least two heating conductors (202, 204, 301, 302, 401, 405); wherein the outer glass tube (201, 302, 403, 409) is covered at least partially by a second (204, 302, 405) of the at least two heating conductors (202, 204, 301, 302, 401, 405); and displacing of the first (202, 301, 401) and the second (204, 302, 405) heating conductor towards each other perpendicularly to a longitudinal axis of the double-walled glass tube in order for deforming and air-tight sealing of the electro-conductively heated glass tube such that the outer glass tube (201, 304, 43, 409) and the inner glass tube (203, 305, 404) touch each other, thereby sealing the first end of the double-walled glass tube in an air-tight manner. providing the double-walled glass tube inside a vacuum chamber at a desired negative pressure inside the vacuum chamber; fixing the double-walled glass tube by a holding element provided in the vacuum chamber; electro-conductive heating the outer and/or inner glass tube at a first end of the double-walled glass tube by at least two heating conductors (202, 204, 301, 302, 401, 405); wherein the holding element is provided by the at least two heating conductors (202, 204, 301, 302, 401, 405) in form of a partial cylinder shell; and wherein the outer glass tube (201, 304, 403, 409) is covered at least partially by a first (202, 301, 401) of the at least two heating conductors (202, 204, 301, 302, 401, 405); wherein the outer glass tube (201, 302, 403, 409) is covered at least partially by a second (204, 302, 405) of the at least two heating conductors (202, 204, 301, 302, 401, 405); and displacing of the first (202, 301, 401) and the second (204, 302, 405) heating conductor towards each other perpendicularly to a longitudinal axis of the double-walled glass tube in order for deforming and air-tight sealing of the electro-conductively heated glass tube such that the outer glass tube (201, 304, 43, 409) and the inner glass tube (203, 305, 404) touch each other, thereby sealing the first end of the double-walled glass tube in an air-tight manner.
A surgical system for tissue repairs, comprising: a fixation device comprising a body, a longitudinal axis, a proximal end and a distal end, at least a portion of the body being cannulated; and a tensionable construct pre-loaded on the fixation device, the tensionable construct comprising a flexible material and a shuttling device attached to the flexible material, the flexible material extending through a cannulation of the body of the fixation device, the flexible material having a first region (50, 150) with a first width and a second region (55, 155) with a second width which is different from the first width, wherein the first region (50, 150) is suture and the second region (55,155) is tape, characterized in that the shuttling device extends through the cannulation of the body of the fixation device. a fixation device comprising a body, a longitudinal axis, a proximal end and a distal end, at least a portion of the body being cannulated; and a tensionable construct pre-loaded on the fixation device, the tensionable construct comprising a flexible material and a shuttling device attached to the flexible material, the flexible material extending through a cannulation of the body of the fixation device, the flexible material having a first region (50, 150) with a first width and a second region (55, 155) with a second width which is different from the first width, wherein the first region (50, 150) is suture and the second region (55,155) is tape, characterized in that the shuttling device extends through the cannulation of the body of the fixation device.