mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for recognizing a file system that formats a memory card device, the method comprising: determining whether to write data in a sequential write area or in an overwrite area, based on an extension of a file name or a data length of a file which will be created; characterised by assigning a user area to either one of a sequential write area and an over-write area by using a first command (S21,S23,S24,S25,S26), the user area being an area for writing in data; recording a first data related to the file system in the sequential write area recording a second data related to the file system assumed not to be rewritten in the sequential write area; recording the second data assumed to be rewritten in the overwrite area; recording the second data in the overwrite area; discriminating data whose size is not less than 512 Kbytes, as the first data, and discriminating data whose size is less than 64 Kbytes, as the second data. determining whether to write data in a sequential write area or in an overwrite area, based on an extension of a file name or a data length of a file which will be created; characterised by assigning a user area to either one of a sequential write area and an over-write area by using a first command (S21,S23,S24,S25,S26), the user area being an area for writing in data; recording a first data related to the file system in the sequential write area recording a second data related to the file system assumed not to be rewritten in the sequential write area; recording the second data assumed to be rewritten in the overwrite area; recording the second data in the overwrite area; discriminating data whose size is not less than 512 Kbytes, as the first data, and discriminating data whose size is less than 64 Kbytes, as the second data.
A method for operating a constrained device within a network, the network comprising a firewall deployed between the constrained device and a manager, the method, performed by the constrained device, comprising: receiving from the manager configuration information for an Attack Vector data Object and a Port Control Protocol, PCP, configuration data Object on the constrained device, the configuration information comprising: a value for a Resource in the Attack Vector data Object; and a value for a Resource in the PCP configuration data Object; and sending a PCP Request to the firewall in accordance with the PCP configuration data Object, the PCP Request including the Resource value for the Attack Vector data Object received in the configuration information. receiving from the manager configuration information for an Attack Vector data Object and a Port Control Protocol, PCP, configuration data Object on the constrained device, the configuration information comprising: a value for a Resource in the Attack Vector data Object; and a value for a Resource in the PCP configuration data Object; and a value for a Resource in the Attack Vector data Object; and a value for a Resource in the PCP configuration data Object; and sending a PCP Request to the firewall in accordance with the PCP configuration data Object, the PCP Request including the Resource value for the Attack Vector data Object received in the configuration information.
An inspection device (110, 111), comprising: a transmitter configured to transmit a first ultrasonic wave, the first ultrasonic wave including a plurality of burst waves having a first period Tp; a receiver on which the first ultrasonic wave is incident, the receiver being configured to output a signal corresponding to the incident first ultrasonic wave; a supporter provided between the transmitter and the receiver; a transmitting circuit causing the transmitter to emit a first ultrasonic wave; a receiving circuit outputting a signal corresponding to the incident first ultrasonic wave; and a controller supplying a control signal to the transmitting circuit, controlling the first period Tp and outputting an inspection signal, the supporter being configured to support an inspection object, the first period Tp (s), a distance Dx (m), and a velocity vx (m/s) satisfying 2 Dx / n + 1 ⋅ vx < Tp < 2 Dx / n ⋅ vx, n being 1 or 2, the distance Dx being a shorter distance of a first distance and a second distance, the first distance being a distance along a first direction between the transmitter and the supporter, the first direction being from the transmitter toward the receiver, the second distance being a distance along the first direction between the supporter and the receiver, the velocity vx being a propagation velocity of the first ultrasonic wave in space between the transmitter and the receiver, and wherein: one of the plurality of burst waves has a first duration Tw, and the first period Tp (s), the distance Dx (m), the velocity vx (m/s), and the first duration Tw (s) satisfy Tw < 2 Dx / vx − Tp ⋅ 2. a transmitter configured to transmit a first ultrasonic wave, the first ultrasonic wave including a plurality of burst waves having a first period Tp; a receiver on which the first ultrasonic wave is incident, the receiver being configured to output a signal corresponding to the incident first ultrasonic wave; a supporter provided between the transmitter and the receiver; a transmitting circuit causing the transmitter to emit a first ultrasonic wave; a receiving circuit outputting a signal corresponding to the incident first ultrasonic wave; and a controller supplying a control signal to the transmitting circuit, controlling the first period Tp and outputting an inspection signal, the supporter being configured to support an inspection object, the first period Tp (s), a distance Dx (m), and a velocity vx (m/s) satisfying 2 Dx / n + 1 ⋅ vx < Tp < 2 Dx / n ⋅ vx, n being 1 or 2, the distance Dx being a shorter distance of a first distance and a second distance, the first distance being a distance along a first direction between the transmitter and the supporter, the first direction being from the transmitter toward the receiver, the second distance being a distance along the first direction between the supporter and the receiver, the velocity vx being a propagation velocity of the first ultrasonic wave in space between the transmitter and the receiver, one of the plurality of burst waves has a first duration Tw, and the first period Tp (s), the distance Dx (m), the velocity vx (m/s), and the first duration Tw (s) satisfy Tw < 2 Dx / vx − Tp ⋅ 2.
An ice making assembly comprising: an ice mold defining a mold cavity; a refrigeration loop comprising a condenser and an evaporator in serial flow communication with each other, the evaporator being in thermal communication with the ice mold; a compressor operably coupled to the refrigeration loop and being configured for circulating a flow of refrigerant through the refrigerant loop; a bypass conduit fluidly coupled to the refrigeration loop at a first junction located downstream of the compressor and upstream of the condenser, the bypass conduit extending around the condenser; a flow regulating device positioned on the refrigeration loop at the first junction and being configured for directing a portion of the flow of refrigerant through the bypass conduit; and a controller operably coupled to the flow regulating device for regulating a flow rate of the flow of refrigerant through the bypass conduit, wherein the ice making assembly further comprises: a temperature sensor in thermal communication with the ice mold, wherein the controller is further configured for: obtaining a mold temperature of the ice mold using the temperature sensor; and characterized in that the controller is further configured for: regulating the flow regulating device to control the flow of refrigerant such that a rate of change of the mold temperature does not exceed a predetermined threshold rate. an ice mold defining a mold cavity; a refrigeration loop comprising a condenser and an evaporator in serial flow communication with each other, the evaporator being in thermal communication with the ice mold; a compressor operably coupled to the refrigeration loop and being configured for circulating a flow of refrigerant through the refrigerant loop; a bypass conduit fluidly coupled to the refrigeration loop at a first junction located downstream of the compressor and upstream of the condenser, the bypass conduit extending around the condenser; a flow regulating device positioned on the refrigeration loop at the first junction and being configured for directing a portion of the flow of refrigerant through the bypass conduit; and a controller operably coupled to the flow regulating device for regulating a flow rate of the flow of refrigerant through the bypass conduit, wherein the ice making assembly further comprises: a temperature sensor in thermal communication with the ice mold, wherein the controller is further configured for: obtaining a mold temperature of the ice mold using the temperature sensor; and characterized in that the controller is further configured for: regulating the flow regulating device to control the flow of refrigerant such that a rate of change of the mold temperature does not exceed a predetermined threshold rate. obtaining a mold temperature of the ice mold using the temperature sensor; and characterized in that the controller is further configured for: regulating the flow regulating device to control the flow of refrigerant such that a rate of change of the mold temperature does not exceed a predetermined threshold rate.
Spray device for a handheld blower, comprising an air channel arrangement and a spray nozzle, wherein the air channel arrangement extends along a longitudinal axis defining the spray direction, wherein the air channel arrangement comprises two outlet channel portions which open into two air nozzles arranged one beside the other in a lateral direction (x) with respect to the longitudinal axis in such a way that an at least virtually air-flow-free space is formed during operation between the two air nozzles, characterised in that the spray nozzle is positioned in the air-flow-free space.
A signal transmission method, comprising: receiving, by a terminal device (203, 400), resource scheduling information sent by a network device (201, 500), wherein the resource scheduling information is used to indicate a second resource set allocated by the network device (201, 500) to the terminal device (203, 400), the second resource set comprises at least one resource block, the at least one resource block is from a first resource set, and the first resource set is an integer quantity of resource blocks that are evenly distributed in frequency domain; and performing, by the terminal device (203, 400), uplink transmission on a detected idle frequency domain resource based on the resource scheduling information, wherein the uplink transmission occupies a plurality of time units, a resource structure of a resource block used for the uplink transmission in each time unit is the same as a resource structure of the second resource set, wherein that the resource structures are the same means that quantities of resource blocks are the same and spacings between adjacent resource blocks are the same, and frequency locations of resource blocks used for the uplink transmission in adjacent time units are different; and characterised by: sending, by the terminal device (203, 400), a reference signal to the network device (201, 500), wherein in each time unit occupied by the uplink transmission, a frequency location of a resource block carrying the reference signal is the same as a frequency location of a resource block carrying an uplink signal. receiving, by a terminal device (203, 400), resource scheduling information sent by a network device (201, 500), wherein the resource scheduling information is used to indicate a second resource set allocated by the network device (201, 500) to the terminal device (203, 400), the second resource set comprises at least one resource block, the at least one resource block is from a first resource set, and the first resource set is an integer quantity of resource blocks that are evenly distributed in frequency domain; and performing, by the terminal device (203, 400), uplink transmission on a detected idle frequency domain resource based on the resource scheduling information, wherein the uplink transmission occupies a plurality of time units, a resource structure of a resource block used for the uplink transmission in each time unit is the same as a resource structure of the second resource set, wherein that the resource structures are the same means that quantities of resource blocks are the same and spacings between adjacent resource blocks are the same, and frequency locations of resource blocks used for the uplink transmission in adjacent time units are different; and characterised by: sending, by the terminal device (203, 400), a reference signal to the network device (201, 500), wherein in each time unit occupied by the uplink transmission, a frequency location of a resource block carrying the reference signal is the same as a frequency location of a resource block carrying an uplink signal.
A method of identifying a serine protease inhibitor, the method comprising contacting a compound suspected of inhibiting serine protease activity with a peptide or polypeptide, under conditions effective for observing a functional tau protease proteolytic activity, wherein inhibition of the tau protease activity by the compound is indicative of serine protease inhibitory activity of the compound; wherein the peptide or polypeptide is isolated and about 50 to about 300 amino acids in length and comprises an amino acid sequence that is at least 95% identical to an at least 50-amino acid contiguous sequence from any one of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5 or SEQ ID NO:6; and wherein the peptide or polypeptide further comprises serine protease activity.
Drain valve for a cooler of a compressor, with a pressure chamber which is connectable to the interior of a cooler via a connecting opening, and an outlet opening for removing a condensate, the drain valve has a pneumatic switching device and a non-return valve, which are operatively connected to the pressure chamber, wherein there is an operative connection between the switching device and the non-return valve, by means of which the non-return valve is switchable by the switching device into an open position, wherein in the idle mode of the compressor, the non-return valve is switchable by means of the switching device into an open position such that condensate can be removed from the connecting opening through the outlet opening via the non-return valve. characterised in that during the compressor mode, the operative connection between the switching device and the non-return valve is severed because of the pressure in the pressure chamber.
A servovalve comprising: a fluid transfer valve assembly comprising a supply port and a control port; a moveable valve spool arranged to regulate flow of fluid from the supply port to the control port in response to a control signal; and a jet pipe assembly configured to axially move the valve spool relative to the fluid transfer assembly in response to the control signal to regulate the fluid flow; wherein the jet pipe assembly comprises a steerable nozzle from which fluid is directed to the ends (4a, 4b) of the spool in an amount determined by the control signal; and wherein fluid is provided to the nozzle via a connector header in fluid communication with the interior of the spool, the spool being provided with one or more openings via which fluid from the supply port enters the interior of the spool and flows into the connector header and to the nozzle; and characterized in that the one or more openings comprises filter means (50, 60') for filtering the fluid entering the interior of the spool.
A sleeper compartment of a railroad passenger car, comprising: sidewalls of the compartment, partition walls, and longitudinally arranged sleepers (3a-3c) that are arranged in parallel, the length direction of the longitudinally arranged sleepers (3a-3c) consistent with the length direction of the railroad passenger car, inside the compartment are provided at least two parallel columns of the parallel longitudinally arranged sleepers (3a-3c), the longitudinally arranged sleepers at two sides are connected to the sidewalls of the compartment respectively, each column of the longitudinally arranged sleepers (3a-3c) is formed by joining no less than two sleepers, each of the partition walls is provided between two adjacently joined sleepers, and a corridor is provided between two adjacent columns of longitudinally arranged sleepers, wherein the sleepers in the sleeper compartment are arranged in two layers, which are an upper-sleeper layer and a lower-sleeper layer, wherein each pair of corresponding upper-sleeper and lower-sleeper form a private booth, an upper-sleeper in the upper-sleeper layer is movably joined to the sidewall, and beneath the upper-sleeper two sofas arranged face to face are provided which can slide toward middle to form a lower-sleeper in the lower-sleeper layer, a recess is provided in each of the partition walls close to the corridor side, and inside the recess embedded rungs are provided, a corridor is provided between two columns of the longitudinally arranged sleepers, and the corridor is provided with an arc structure that is recessed inwardly toward the private booth at the partition wall.
A respiration implant system for a patient with impaired breathing, the system comprising: laryngeal stimulating electrodes configured to interface with left and right posterior cricoarytenoid muscles (PCAM) of a patient larynx to deliver respiration pacing signals to the PCAM to promote patient breathing; and a pacing processor configured to generate the respiration pacing signals characterised in that said pacing processor is further configured to alternatingly stimulate the left and right PCAM one at a time so as to always have one of the left and right PCAM in an unstimulated resting state. laryngeal stimulating electrodes configured to interface with left and right posterior cricoarytenoid muscles (PCAM) of a patient larynx to deliver respiration pacing signals to the PCAM to promote patient breathing; and a pacing processor configured to generate the respiration pacing signals characterised in that said pacing processor is further configured to alternatingly stimulate the left and right PCAM one at a time so as to always have one of the left and right PCAM in an unstimulated resting state.
A sprayable composition comprising a propellant and at least one binder being an ethylene vinyl alkanoate copolymer, characterized in that the ethylene vinyl alkanoate copolymer is a random copolymer of ethylene and vinyl acetate having a vinyl acetate content within the range of 40 wt% to 42wt%.
Conversion kit for converting a blower (10,10') into an atomizer, said kit comprising: - a tank adapted to contain a liquid, - a tubular body adapted to be fixed to the blower (10,10') and provided with an inlet mouth and an outlet mouth, - a diffuser device associated with said tubular body and provided with a liquid dispensing nozzle, - a pressurization conduit that places in fluid communication an internal volume of the tubular body placed between the inlet mouth and the dispensing nozzle of the liquid with a top portion of the tank, and - a dispensing conduit that places in fluid communication the dispensing nozzle of the diffuser device with a lower portion of the tank wherein the tubular body is subdivided into two sections that are removably associable with one another, of which a first section configured to be fixed to the blower (10,10'), and a second section with which the diffuser device is associated, said conversion kit being characterized by the fact that the pressurization conduit places in fluid communication an internal volume of the first section of the tubular body with the top portion of the tank. - a tank adapted to contain a liquid, - a tubular body adapted to be fixed to the blower (10,10') and provided with an inlet mouth and an outlet mouth, - a diffuser device associated with said tubular body and provided with a liquid dispensing nozzle, - a pressurization conduit that places in fluid communication an internal volume of the tubular body placed between the inlet mouth and the dispensing nozzle of the liquid with a top portion of the tank, and - a dispensing conduit that places in fluid communication the dispensing nozzle of the diffuser device with a lower portion of the tank
An organic electroluminescent element, comprising electrodes (1,6), and an organic light-emitting layer (2,4,5) that is between the electrodes (1,6), the organic light-emitting layer (2,4,5) containing at least three colors of luminescent materials, the luminescent materials being first, second and third luminescent materials, the first luminescent material having a maximum light emission wavelength within a range of 430 nm to 480 nm, the second luminescent material having a maximum light emission wavelength within a range of 510 nm to 610 nm, the third luminescent material having a maximum light emission wavelength within a range of 580 nm to 630 nm, the organic electroluminescent element having a light emission surface, an average value of average color rendering indexes in a wide angle region of 30° to 60° with respect to a front direction of the light emission surface being higher than an average color rendering index in the front direction, wherein the electrodes comprise a reflection electrode and a transparent electrode, wherein the organic light-emitting layer (2,4,5) comprises a second light-emitting layer containing the second luminescent material, a third light-emitting layer containing the third luminescent material, and a first light-emitting layer containing the first luminescent material, wherein the second and third light-emitting layers (5,4) are disposed between the reflection electrode and the first light-emitting layer, and wherein the second and third light-emitting layers (5,4) have a relationship of "(n3 × d3) / λ3 ≥ (n2 × d2) / λ2", and a value of "(n2 × d2) / λ2" is in a range of 0.15 to 0.3, where "n3" denotes a refractive index of material between the reflection electrode and the third light-emitting layer, "d3" denotes a distance between the reflection electrode and the third light-emitting layer, "λ3" denotes the maximum light emission wavelength of the third luminescent material, "n2" denotes a refractive index of material between the reflection electrode and the second light-emitting layer, "d2" denotes a distance between the reflection electrode and the second light-emitting layer, and "λ2" denotes the maximum light emission wavelength of the second luminescent material.
A method for transferring a file to a user device by a Telephony Server, TS, of a home network, in a Universal Plug and Play, UPnP, telephony service, the method comprising: receiving, from a Telephony Control Point, TCP, of the home network, a request for initiating a file transfer session with the user device, wherein the request includes a file link of the file to be transferred to the user device; retrieving the file from the TCP; establishing the file transfer session based on the file link; and if an acknowledgement corresponding to an invite for initiating the file transfer session is received from the user device, transferring the file to the user device. receiving, from a Telephony Control Point, TCP, of the home network, a request for initiating a file transfer session with the user device, wherein the request includes a file link of the file to be transferred to the user device; retrieving the file from the TCP; establishing the file transfer session based on the file link; and if an acknowledgement corresponding to an invite for initiating the file transfer session is received from the user device, transferring the file to the user device.