mhurhangee/ep-ind-claims huggingface dataset:
An encoding method, comprising: receiving a to-be-encoded information bit sequence, wherein the length of the information bit sequence is K and K is a positive integer; obtaining a first matrix of N rows × N columns and a sequence comprising N bits, wherein the N rows of the first matrix correspond to the N bits in the sequence in a one-to-one manner and N is a positive integer; selecting K bits among the N bits as information bits, wherein the positions of the K bits are selected according to the reliability of the N bits and the weight of rows of the first matrix corresponding to the N bits, wherein K is no greater than N; and polar encoding the to-be-encoded information bit sequence according to the positions of the K bits to obtain an encoded bit sequence whose code length is N, wherein polar encoding the to-be-encoded information bit sequence according to the positions of the K bits comprises: polar encoding the to-be-encoded information bit sequence according to an encoding process x 1 N = u 1 N G N., where G N is the first matrix, u 1 N is the sequence comprising the N bits, and x 1 N is the encoded bit sequence, wherein the K bits of the to-be-encoded information bit sequence are placed at the positions of the K bits selected among the N bits. receiving a to-be-encoded information bit sequence, wherein the length of the information bit sequence is K and K is a positive integer; obtaining a first matrix of N rows × N columns and a sequence comprising N bits, wherein the N rows of the first matrix correspond to the N bits in the sequence in a one-to-one manner and N is a positive integer; selecting K bits among the N bits as information bits, wherein the positions of the K bits are selected according to the reliability of the N bits and the weight of rows of the first matrix corresponding to the N bits, wherein K is no greater than N; and polar encoding the to-be-encoded information bit sequence according to the positions of the K bits to obtain an encoded bit sequence whose code length is N, wherein polar encoding the to-be-encoded information bit sequence according to the positions of the K bits comprises: polar encoding the to-be-encoded information bit sequence according to an encoding process x 1 N = u 1 N G N., where G N is the first matrix, u 1 N is the sequence comprising the N bits, and x 1 N is the encoded bit sequence, wherein the K bits of the to-be-encoded information bit sequence are placed at the positions of the K bits selected among the N bits.
A method for detecting faults in plates, including the steps of: transmitting an acoustic signal towards the plate from a transmitting transducer, receiving the acoustical signal from the plate in a receiving transducer, wherein the receiving transducer is mounted at a distance from the transmitting transducer, repeating said steps of transmitting and receiving in a number of test points covering at least a part of the plate, characterized in the additional steps of: identifying zones of the plate wherein energy levels of the received signals are attenuated compared to other zones of the plate, comparing the energy levels of the A 2 and S 3 guided Lamb modes in the received signals in said identified zones. transmitting an acoustic signal towards the plate from a transmitting transducer, receiving the acoustical signal from the plate in a receiving transducer, wherein the receiving transducer is mounted at a distance from the transmitting transducer, repeating said steps of transmitting and receiving in a number of test points covering at least a part of the plate, characterized in the additional steps of: identifying zones of the plate wherein energy levels of the received signals are attenuated compared to other zones of the plate, comparing the energy levels of the A 2 and S 3 guided Lamb modes in the received signals in said identified zones. identifying zones of the plate wherein energy levels of the received signals are attenuated compared to other zones of the plate, comparing the energy levels of the A 2 and S 3 guided Lamb modes in the received signals in said identified zones.
A method comprising: a. using a polymerase adjacent to two electrodes on a substrate to bind a nucleotide complementary to a base being interrogated of a sample nucleic acid, the nucleotide having a tunneling label attached thereto, wherein the tunneling label is slightly larger than the size of a gap between the two electrodes, b. measuring a tunneling current between the two electrodes caused by the localization of the tunneling label to the two electrodes, c. identifying a nucleotide from the binding of the complementary base to the base being interrogated, as a function of the tunneling current measurement. a. using a polymerase adjacent to two electrodes on a substrate to bind a nucleotide complementary to a base being interrogated of a sample nucleic acid, the nucleotide having a tunneling label attached thereto, wherein the tunneling label is slightly larger than the size of a gap between the two electrodes, b. measuring a tunneling current between the two electrodes caused by the localization of the tunneling label to the two electrodes, c. identifying a nucleotide from the binding of the complementary base to the base being interrogated, as a function of the tunneling current measurement.
A method of wireless communication comprising: determining (1405, 1510, 1610, 1720) a number of bits corresponding to a payload size of a control message that is to be transmitted during a special subframe, wherein the number of bits corresponding to the payload size is based at least in part on information to be transmitted in the control message; identifying (1410, 1515, 1615, 1710) uplink resources of the special subframe to use for the control message transmission; and transmitting (1415, 1520, 1620, 1725) the control message with the payload size using the identified uplink resources of the special subframe. determining (1405, 1510, 1610, 1720) a number of bits corresponding to a payload size of a control message that is to be transmitted during a special subframe, wherein the number of bits corresponding to the payload size is based at least in part on information to be transmitted in the control message; identifying (1410, 1515, 1615, 1710) uplink resources of the special subframe to use for the control message transmission; and transmitting (1415, 1520, 1620, 1725) the control message with the payload size using the identified uplink resources of the special subframe.
A cover (200; 500) for a keyboard assembly having a plurality of keys and a housing, the cover (200; 500) comprising: a membrane extending over the plurality of keys, wherein the membrane is flexibly adaptable to allow the keys to be depressed through the membrane; and a rigid frame attached to an entire periphery of the membrane, wherein the rigid frame is more rigid than the membrane, wherein the frame is configured to closely surround the outer perimeter of the housing and configured to attach removably to the keyboard assembly, and wherein the membrane is substantially flat and only contacts a top surface of the plurality of keys when external force is not applied, wherein the membrane is transparent or translucent, characterized in that the frame includes an edge formed to fit a channel located in the membrane.
A multi-targeted Ubenimex pro-drug derivative represented by general structural formula, as well as a pharmaceutically acceptable salt or solvate thereof: wherein, the multi-targeted Ubenimex pro-drug derivative is selected from compound BC-01, compound BC-02, compound BC-03, compound BC-04, compound BC-05, compound BC-06, or compound BC-07, compound BC-01: in formula, R represents compound BC-02: in formula, R represents compound BC-03: in formula, R represents compound BC-04: in formula, R represents compound BC-05: in formula, R represents compound BC-06: in formula, R represents compound BC-07: in formula, R represents
A method for contact-connecting a photovoltaic module (21, 41) to a connection housing or junction box (28, 51, 62), wherein, for producing the photovoltaic module (21, 41), at least one solar cell (22, 42) is coupled on a rear side to an electrically conducting or conductive and structured layer (24, 44) for conducting away the electrical energy generated in the solar cell (22, 42), and at least one transparent carrier layer (23, 43) is provided on the surface of the solar cell (22, 42) facing away from the electrically conducting layer (24, 44) and a covering layer (27, 47) is provided on the electrically conducting layer (24, 44), wherein the electrically conducting and structured layer (24, 44) is subsequently contact-connected to connections (30, 31, 49, 50, 61) of the connection housing (28, 51, 62), wherein, after the completion of the photovoltaic module (21, 41) for instance by compression and/or heat exposure of the layers or elements (22, 23, 24, 26, 27; 42, 43, 44, 46, 47) forming the photovoltaic module (21, 41), at least one through-opening (29, 48) for exposing partial regions having different polarities (+, -) of the structured conducting layer (24, 44) is formed in the covering layer (27, 47), and connections or connection elements (30, 31, 49, 50, 61) of the connection housing (28, 51, 62) are directly coupled to said partial regions having different polarities (+, -) of the structured conducting layer (24, 44), characterized in that the electrically conducting and structured layer (24, 44) and the covering layer (27, 47) are formed by a compound film which is connected or coupled to the solar cell (22, 42).
A system comprising: a patient bed having bed circuitry configured to sense bed data, a catheter monitor mounted to the patient bed, the catheter monitor being couplable to a patient via a first segment of catheter tubing, and coupled to a fluid collection receptacle by a second segment of catheter tubing such that urine from the patient flows through the tubing (62, 66) and the catheter monitor for collection, and the catheter monitor having monitor circuitry to sense monitor data, at least one of the monitor circuitry and the bed circuitry being in communication with the other, and at least one remote computer device, wherein the patient bed comprises a communication module configured to transmit the bed data and the monitor data over a common communication link; and the remote computer device is configured to receive the bed data and the monitor data that is transmitted over the common communication link from the patient bed. a patient bed having bed circuitry configured to sense bed data, a catheter monitor mounted to the patient bed, the catheter monitor being couplable to a patient via a first segment of catheter tubing, and coupled to a fluid collection receptacle by a second segment of catheter tubing such that urine from the patient flows through the tubing (62, 66) and the catheter monitor for collection, and the catheter monitor having monitor circuitry to sense monitor data, at least one of the monitor circuitry and the bed circuitry being in communication with the other, and at least one remote computer device, wherein the patient bed comprises a communication module configured to transmit the bed data and the monitor data over a common communication link; and the remote computer device is configured to receive the bed data and the monitor data that is transmitted over the common communication link from the patient bed.
A laundry drying apparatus comprising a water-cooled condenser and a water control valve, characterized in that the laundry drying apparatus further comprises a water tank, and wherein: - the water control valve is connected to a water inlet of the water tank, - the water tank comprises at least one first water outlet and at least one second water outlet, - the at least one first water outlet and the at least one second water outlet are separately connected to the condenser, - the position of the at least one first water outlet on the water tank is/are higher than that of the at least one second water outlet, as determined relative to a direction of gravity; and - a flow section of the at least one first water outlet is larger than a flow section of the at least one second water outlet, or the number of the first water outlets is greater than the number of the second water outlets, such that a water flow rate from the at least one first water outlet is larger than a water flow rate from the at least one second water outlet, wherein the water exiting from the at least one second water outlet implements a cooling function of the condenser and the water flowing out from the at least one first water outlet implements a washing function of the condenser. - the water control valve is connected to a water inlet of the water tank, - the water tank comprises at least one first water outlet and at least one second water outlet, - the at least one first water outlet and the at least one second water outlet are separately connected to the condenser, - the position of the at least one first water outlet on the water tank is/are higher than that of the at least one second water outlet, as determined relative to a direction of gravity; and - a flow section of the at least one first water outlet is larger than a flow section of the at least one second water outlet, or the number of the first water outlets is greater than the number of the second water outlets, such that a water flow rate from the at least one first water outlet is larger than a water flow rate from the at least one second water outlet, wherein the water exiting from the at least one second water outlet implements a cooling function of the condenser and the water flowing out from the at least one first water outlet implements a washing function of the condenser.
A laundry appliance, wherein the laundry appliance is a dryer, comprising: a cylindrical drum including a drum wall defining a receptacle for receiving laundry items, the drum wall includes a curved portion and a rear wall portion which define an outer surface which is susceptible to heat loss; characterized in that further comprises an insulation composite secured to at least a portion of the outer surface to reduce the heat loss from the drum, the insulation composite includes a polyester material and an air barrier layer, the polyester material being sandwiched between the drum wall and the air barrier layer. a cylindrical drum including a drum wall defining a receptacle for receiving laundry items, the drum wall includes a curved portion and a rear wall portion which define an outer surface which is susceptible to heat loss; characterized in that further comprises an insulation composite secured to at least a portion of the outer surface to reduce the heat loss from the drum, the insulation composite includes a polyester material and an air barrier layer, the polyester material being sandwiched between the drum wall and the air barrier layer.
A robot transport device comprising: a transportation space in which a transport robot is provided, a plurality of surrounding spaces to each of which an object is transported by the transport robot being provided around the transportation space, and the transportation space communicating with the surrounding spaces via a plurality of openings, respectively; and a plurality of circulation passages by which gas in the transportation space is circulated, the robot transport device being characterized in that the circulation passages are provided to sandwich the transportation space so as to avoid a working area of the transport robot including the openings, and the circulation passages are provided in pillar portions (10P1) forming the transportation space. a transportation space in which a transport robot is provided, a plurality of surrounding spaces to each of which an object is transported by the transport robot being provided around the transportation space, and the transportation space communicating with the surrounding spaces via a plurality of openings, respectively; and a plurality of circulation passages by which gas in the transportation space is circulated, the robot transport device being characterized in that the circulation passages are provided to sandwich the transportation space so as to avoid a working area of the transport robot including the openings, and the circulation passages are provided in pillar portions (10P1) forming the transportation space.
An edge lit luminaire comprising: a light source; a housing having an interior cavity for receiving said light source at least one end cap secured to an end of said housing that covers said cavity; a lightguide secured inside said housing and having an edge located in proximity to said light source; at least one of a reflector and a lens for directing light from said light source to said edge of said lightguide, said lightguide including a light extraction surface enabling light to be transmitted from said lightguide characterised in that said housing includes or is a heat sink for directing heat away from said light source and includes opposing first and second surfaces, said lightguide being received in an opening in said second surface, and a channel being disposed in said housing near said first surface that can receive a head of a fastener for mounting said luminaire to a support surface, a slot being disposed in said first surface in communication with and a smaller size than said channel for receiving a shank of the fastener. a light source; a housing having an interior cavity for receiving said light source at least one end cap secured to an end of said housing that covers said cavity; a lightguide secured inside said housing and having an edge located in proximity to said light source; at least one of a reflector and a lens for directing light from said light source to said edge of said lightguide, said lightguide including a light extraction surface enabling light to be transmitted from said lightguide characterised in that said housing includes or is a heat sink for directing heat away from said light source and includes opposing first and second surfaces, said lightguide being received in an opening in said second surface, and a channel being disposed in said housing near said first surface that can receive a head of a fastener for mounting said luminaire to a support surface, a slot being disposed in said first surface in communication with and a smaller size than said channel for receiving a shank of the fastener.
Dry vacuum pump comprising: - at least one oil sump, - at least one pumping stage (3a-3e), - two rotating shafts respectively holding at least one rotor extending in the at least one pumping stage (3a-3e), the rotors being configured to rotate in a synchronised manner in opposite directions in order to carry a gas to be pumped between an intake and a discharge of the vacuum pump, the shafts being supported by bearings lubricated by a lubricant contained in the oil sump, - at least one lubricant sealing device inserted between the oil sump and a pumping stage at each shaft passage, the sealing device including a generally disc-shaped deflector (14; 24; 26) mounted on the shaft for rotation therewith, characterized in that the disc of the deflector (14; 24; 26) has an annular end on its periphery, extending towards the pumping stage, forming a retaining recess. - at least one oil sump, - at least one pumping stage (3a-3e), - two rotating shafts respectively holding at least one rotor extending in the at least one pumping stage (3a-3e), the rotors being configured to rotate in a synchronised manner in opposite directions in order to carry a gas to be pumped between an intake and a discharge of the vacuum pump, the shafts being supported by bearings lubricated by a lubricant contained in the oil sump, - at least one lubricant sealing device inserted between the oil sump and a pumping stage at each shaft passage, the sealing device including a generally disc-shaped deflector (14; 24; 26) mounted on the shaft for rotation therewith, characterized in that the disc of the
Use of a composition comprising a fixed combination of a) formoterol, a pharmaceutically acceptable salt or solvate thereof or a solvate of such a salt; and b) beclometasone dipropionate; for the manufacture of a medicament administered by inhalation by a dry powder inhaler, formulated in form of a dry powder composition comprising one or more suitable diluents or carriers, or by a pressurized metered dose inhaler wherein both the active ingredients (a) and (b) are completely dissolved in a liquid propellant mixture, for use for the rescue treatment of acute episodes of asthma attacks, when needed, as a complement to the maintenance treatment of asthma with the same medicament. a) formoterol, a pharmaceutically acceptable salt or solvate thereof or a solvate of such a salt; and b) beclometasone dipropionate;
A Hydrogen Refueling Station (HRS; Hydrogen Refueling Station) comprising at least: - a HRS center module, - a HRS dispenser module, and - a first hydrogen supply line facilitating flow of hydrogen between the HRS center module and the HRS dispenser module, characterized in that the HRS center module comprises a safety controller and a process controller, and the HRS comprises a communication system facilitating data communication via two separate communication channels (8, 10) of which data is communicated between the safety controller and safety components of the HRS dispenser module via a safety communication channel, and of which data is communicated between the process controller and process components of the HRS dispenser module via a process communication channel. - a HRS center module, - a HRS dispenser module, and - a first hydrogen supply line facilitating flow of hydrogen between the HRS center module and the HRS dispenser module, the HRS center module comprises a safety controller and a process controller, and the HRS comprises a communication system facilitating data communication via two separate communication channels (8, 10) of which data is communicated between the safety controller and safety components of the HRS dispenser module via a safety communication channel, and of which data is communicated between the process controller and process components of the HRS dispenser module via a process communication channel.
A resin composition sheet for encapsulating electronic parts, comprising: a thermosetting resin composition comprising an epoxy resin, a phenol resin, an inorganic filler, and a curing accelerator, wherein the thermosetting resin composition has a lowest viscosity in temperature increase measurement with a viscoelasticity-measuring apparatus in a range of 100 to 20,000 Pa·s, as measured at a temperature range of 40°C to 150°C, and wherein the sheet has a thickness in a range of 20 to 200 μm. a thermosetting resin composition comprising an epoxy resin, a phenol resin, an inorganic filler, and a curing accelerator, wherein the thermosetting resin composition has a lowest viscosity in temperature increase measurement with a viscoelasticity-measuring apparatus in a range of 100 to 20,000 Pa·s, as measured at a temperature range of 40°C to 150°C, and wherein the sheet has a thickness in a range of 20 to 200 μm.
A synergistic herbicidal mixture comprising a herbicidally effective amount of (a) penoxsulam and (b) pretilachlor, wherein weight ratio of pretilachlor to penoxsulam is from 36:1 to 72:1.