mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a request from a source system in a network of interconnected computer system nodes (12, 14, 16, 18, 20, 22), to store at least one data item; determining an address of a computer system node (14, 16, 18, 20, 22) in the network available to receive the at least one data item; sending a message to the source system with the address of the determined computer system node; and directing the at least one data item to the determined computer system node, wherein the determined computer system node employs an encryption scheme, the method further comprising: continuously forwarding the at least one data item among the computer system nodes (14, 16, 18, 20, 22) without storing the at least one data item on any fixed storage medium in the network, the forwarded at least one data item being constantly routed within the network from computer system node (14, 16, 18, 20, 22) to computer system node (14, 16, 18, 20, 22), the at least one data item being available for retrieval in response to receiving a request to retrieve the at least one data item, wherein the encryption scheme is controlled and periodically changed by a central server in the network. receiving a request from a source system in a network of interconnected computer system nodes (12, 14, 16, 18, 20, 22), to store at least one data item; determining an address of a computer system node (14, 16, 18, 20, 22) in the network available to receive the at least one data item; sending a message to the source system with the address of the determined computer system node; and directing the at least one data item to the determined computer system node, wherein the determined computer system node employs an encryption scheme, the method further comprising: continuously forwarding the at least one data item among the computer system nodes (14, 16, 18, 20, 22) without storing the at least one data item on any fixed storage medium in the network, the forwarded at least one data item being constantly routed within the network from computer system node (14, 16, 18, 20, 22) to computer system node (14, 16, 18, 20, 22), the at least one data item being available for retrieval in response to receiving a request to retrieve the at least one data item, wherein the encryption scheme is controlled and periodically changed by a central server in the network. continuously forwarding the at least one data item among the computer system nodes (14, 16, 18, 20, 22) without storing the at least one data item on any fixed storage medium in the network, the forwarded at least one data item being constantly routed within the network from computer system node (14, 16, 18, 20, 22) to computer system node (14, 16, 18, 20, 22), the at least one data item being available for retrieval in response to receiving a request to retrieve the at least one data item, wherein the encryption scheme is controlled and periodically changed by a central server in the network.
A method by a mobile station in a wireless communication system, the method comprising: identifying that a wireless communication through a first access point, AP, is suspended; determining whether a preset time has elapsed from a time point when at least one ping was most recently transmitted to a domain name system, DNS, server; transmitting first M pings to the DNS server through the first AP when the preset time has elapsed; determining whether first N or more responses corresponding to the first M pings are received from the DNS server, N being an integer less than or equal to M; and releasing a connection to the first AP and connecting to one of a second AP or a cellular network, in response to failure of receipt of the first N or more responses. identifying that a wireless communication through a first access point, AP, is suspended; determining whether a preset time has elapsed from a time point when at least one ping was most recently transmitted to a domain name system, DNS, server; transmitting first M pings to the DNS server through the first AP when the preset time has elapsed; determining whether first N or more responses corresponding to the first M pings are received from the DNS server, N being an integer less than or equal to M; and releasing a connection to the first AP and connecting to one of a second AP or a cellular network, in response to failure of receipt of the first N or more responses.
A system configured to determine central venous pressure in a patient by determining the highest position, along a jugular vein, that yields an output waveform, the system being characterized by: a light source (20, 320) adapted to emit light in the 600 nm to 900 nm wavelength range; an array of adjacent photodetectors (30, 330) adapted to receive light emitted by the light source (20, 320) as an output sequentially along the internal or external jugular vein and translate said light into a recordable output wherein said light is reflected from or transmitted through tissue of the patient, and at least one patch probe (28, 328) adapted as an interface between the light source (20, 320) and the photodetectors (30, 330), and adapted for placement, when in use, on a patient at a site in the vicinity of the internal or external jugular vein; a signal-processing device in communication with the photodetectors (30, 330) adapted to translate the output from each photodetector (30, 330) in the sequence into an output waveform against time to determine the highest position along the jugular vein, measured from the sternal angle, that yields an output waveform, and to calculate therefrom central venous pressure. a light source (20, 320) adapted to emit light in the 600 nm to 900 nm wavelength range; an array of adjacent photodetectors (30, 330) adapted to receive light emitted by the light source (20, 320) as an output sequentially along the internal or external jugular vein and translate said light into a recordable output wherein said light is reflected from or transmitted through tissue of the patient, and at least one patch probe (28, 328) adapted as an interface between the light source (20, 320) and the photodetectors (30, 330), and adapted for placement, when in use, on a patient at a site in the vicinity of the internal or external jugular vein; a signal-processing device in communication with the photodetectors (30, 330) adapted to translate the output from each photodetector (30, 330) in the sequence into an output waveform against time to determine the highest position along the jugular vein, measured from the sternal angle, that yields an output waveform, and to calculate therefrom central venous pressure.
Method for building up metal turbomachine components made of aluminium using a MIG welding apparatus comprising a pulsed-current generator and a pulsed feed of metal filler wire, said method being characterized in that said building up is performed using a metal filler wire the composition of which is of the same nature as the composition of the aluminium alloy of said component being built up, said pulsed feed of metal wire and the rate at which said metal turbomachine component is built up being adapted in such a way as to achieve build up without cracking in the hot state.
A stirrer shaft pipe constituting a shaft of a stirrer for glass production comprising a shaft and a stirring blade protrusively provided at the shaft, the stirrer shaft pipe comprising a platinum material, wherein a multilayered structure of n layers (n = 2 to 5) in which a plurality of pipes are laminated, and wherein, in at least the pipe of one layer of the plurality of pipes constituting the multilayered structure, a crystal grain aspect ratio (a longitudinal direction/a radial direction) in a material structure of a section in the longitudinal direction is 10 to 100, and a crystal grain aspect ratio (a circumferential direction/ a sectional direction) in the material structure of a section in the circumferential direction is 5 to 100.
A component feed nozzle with a housing (11, 12), which has a component inlet and a component outlet, a piston-shaped closing body, which is mounted in the housing so as to be movable back and forth axially between two positions, wherein, in a first position, the component outlet is closed by the front end of the closing body and, in a second position, the component outlet is released or respectively opened, characterized by a membrane seal, which is fastened to the rear end of the closing body and to the housing (11, 12) so that the closing body is situated completely on one face of the membrane seal, wherein the housing (11, 12) and/or the closing body are designed so that the component can reach the membrane and thus the component pressure can be applied to the complete effective surface of the membrane, wherein the closing body has a guide section, which is slidably mounted in the housing, a closing section on the component outlet side which, with the housing, constitutes a component chamber, and an effective section formed at the rear end of the closing body, which with the housing and the membrane seal constitutes an effective chamber, wherein the component chamber and the effective chamber are fluidically connected.
A sensor apparatus for measuring a physiological parameter of a subject, wherein the sensor apparatus is adapted to be worn by the subject, comprising: a housing; a support structure carried by the housing, wherein the support structure has a contact portion which is adapted to be positioned by the housing against the skin of the subject, wherein at least the contact portion of the support structure is gas-permeable, wherein the support structure and the housing define an air space between the contact portion and the housing; and a motion sensor for sensing movement of the contact portion of the support structure, wherein the motion sensor is adapted to move relative to the housing. a housing; a support structure carried by the housing, wherein the support structure has a contact portion which is adapted to be positioned by the housing against the skin of the subject, wherein at least the contact portion of the support structure is gas-permeable, wherein the support structure and the housing define an air space between the contact portion and the housing; and a motion sensor for sensing movement of the contact portion of the support structure, wherein the motion sensor is adapted to move relative to the housing.
A method of erasing and writing data from and to a memory in a smart card, comprising: a Central Processing Unit, CPU, in the smart card, buffering data to be written into a random memory buffer of a specified memory in the smart card upon determining a data erasing and writing operation to be performed on the specified memory; and controlling itself to enter a standby and sleep mode after transmitting a data erasing and writing signal to the specified memory, wherein the data erasing and writing signal instructs the specified memory to perform the data erasing and writing operation by acquiring the data to be written from the random memory buffer; wherein the method being further characterized in that it comprises: the CPU receiving a recovery signal transmitted from the specified memory after performing the data erasing and writing operation; and the CPU controlling itself to enter the normal operating mode from the standby and sleep mode according to an instruction of the recovery signal; wherein the specified memory is a nonvolatile NAND flash memory or a nonvolatile NOR flash memory. a Central Processing Unit, CPU, in the smart card, buffering data to be written into a random memory buffer of a specified memory in the smart card upon determining a data erasing and writing operation to be performed on the specified memory; and controlling itself to enter a standby and sleep mode after transmitting a data erasing and writing signal to the specified memory, wherein the data erasing and writing signal instructs the specified memory to perform the data erasing and writing operation by acquiring the data to be written from the random memory buffer; wherein the method being further characterized in that it comprises: the CPU receiving a recovery signal transmitted from the specified memory after performing the data erasing and writing operation; and the CPU controlling itself to enter the normal operating mode from the standby and sleep mode according to an instruction of the recovery signal; the CPU receiving a recovery signal transmitted from the specified memory after performing the data erasing and writing operation; and the CPU controlling itself to enter the normal operating mode from the standby and sleep mode according to an instruction of the recovery signal; wherein the specified memory is a nonvolatile NAND flash memory or a nonvolatile NOR flash memory.
A catheter holder (100, 200, 300) comprising: an attachment portion configured for being attached to a portion of a holder tube for housing a catheter; and further comprising a plurality of hold portions (101, 102, 103) constituted integrally with the attachment portion and configured for holding an unhoused portion of the catheter, which is exposed from the holder tube, wherein the plurality of hold portions (101, 102, 103) include a plurality of sandwiching portions configured for sandwiching the unhoused portion when closing a first member (110, 210) and a second member (120, 220) which are freely rotatable in a hinge form, characterized by said catheter holder (100, 200, 300) comprising stopper portions (114, 124) provided at the first member (110, 210) and the second member (120, 220), wherein the stopper portions (114, 124) are configured to engage with each other for restriction so as not to open the first member (110, 210) and the second member (120, 220), and they are configured to depart from each other for setting a state in which the first member (110, 210) and the second member (120, 220) become openable and closable. an attachment portion configured for being attached to a portion of a holder tube for housing a catheter; and further comprising a plurality of hold portions (101, 102, 103) constituted integrally with the attachment portion and configured for holding an unhoused portion of the catheter, which is exposed from the holder tube, wherein the plurality of hold portions (101, 102, 103) include a plurality of sandwiching portions configured for sandwiching the unhoused portion when closing a first member (110, 210) and a second member (120, 220) which are freely rotatable in a hinge form, characterized by said catheter holder (100, 200, 300) comprising stopper portions (114, 124) provided at the first member (110, 210) and the second member (120, 220), wherein the stopper portions (114, 124) are configured to engage with each other for restriction so as not to open the first member (110, 210) and the second member (120, 220), and they are configured to depart from each other for setting a state in which the first member (110, 210) and the second member (120, 220) become openable and closable. wherein the plurality of hold portions (101, 102, 103) include a plurality of sandwiching portions configured for sandwiching the unhoused portion when closing a first member (110, 210) and a second member (120, 220) which are freely rotatable in a hinge form, characterized by said catheter holder (100, 200, 300) comprising stopper portions (114, 124) provided at the first member (110, 210) and the second member (120, 220), wherein the stopper portions (114, 124) are configured to engage with each other for restriction so as not to open the first member (110, 210) and the second member (120, 220), and they are configured to depart from each other for setting a state in which the first member (110, 210) and the second member (120, 220) become openable and closable.
A method for reporting additional measurement results by a terminal which is a long-term evolution advanced user equipment with carrier aggregation capability, characterized by comprising: a terminal receiving a measurement task from a base station in order to configure it for triggering a measurement report, whereby the task specifies a measurement object which includes the carrier frequency to be measured, an event which triggers measurement -reporting, an indication whether or not the terminal should report at the given event an additional measurement result at a frequency different from the frequency specified by the measurement object and a ranking mode which comprises one of the following: ranking according to RSRP and ranking according to RSRQ; and in response to an event triggering a measurement report, in the situation that the indication indicates that the additional measurement result needs to be reported, the terminal ranking a plurality of cells at the carrier frequency specified by the measurement object as well as a plurality of cells at a frequency different from the frequency specified by the measurement object according to the ranking mode, selecting, based on the ranking result, an optimal cell at the frequency specified by the measurement object and an optimal cell at the frequency different from the frequency specified by the measurement object and reporting the optimal cells to the base station. a terminal receiving a measurement task from a base station in order to configure it for triggering a measurement report, whereby the task specifies a measurement object which includes the carrier frequency to be measured, an event which triggers measurement -reporting, an indication whether or not the terminal should report at the given event an additional measurement result at a frequency different from the frequency specified by the measurement object and a ranking mode which comprises one of the following: ranking according to RSRP and ranking according to RSRQ; and in response to an event triggering a measurement report, in the situation that the indication indicates that the additional measurement result needs to be reported, the terminal ranking a plurality of cells at the carrier frequency specified by the measurement object as well as a plurality of cells at a frequency different from the frequency specified by the measurement object according to the ranking mode, selecting, based on the ranking result, an optimal cell at the frequency specified by the measurement object and an optimal cell at the frequency different from the frequency specified by the measurement object and reporting the optimal cells to the base station.
An ultrasonic diagnostic apparatus comprising: an image data acquisition unit configured to transmit an ultrasonic wave into a predetermined region including a diagnosis target of an object, receive a reflected wave from the predetermined region, and acquire ultrasonic image data based on the reflected wave; and a correction unit configured to execute tone correction of the ultrasonic image data, wherein, in the tone correction, the correction unit is configured to: calculate a histogram associated with brightness of the ultrasonic image data, and calculate a brightness distribution range corresponding to the diagnosis target and a tone correction function using the histogram; characterised in that: the correction unit is configured to calculate the brightness distribution range and the tone correction function using feature points, which are obtained from an n th order differential of the histogram, wherein n is a natural number. an image data acquisition unit configured to transmit an ultrasonic wave into a predetermined region including a diagnosis target of an object, receive a reflected wave from the predetermined region, and acquire ultrasonic image data based on the reflected wave; and a correction unit configured to execute tone correction of the ultrasonic image data, wherein, in the tone correction, the correction unit is configured to: calculate a histogram associated with brightness of the ultrasonic image data, and calculate a brightness distribution range corresponding to the diagnosis target and a tone correction function using the histogram; characterised in that: the correction unit is configured to calculate the brightness distribution range and the tone correction function using feature points, which are obtained from an n th order differential of the histogram, wherein n is a natural number. calculate a histogram associated with brightness of the ultrasonic image data, and calculate a brightness distribution range corresponding to the diagnosis target and a tone correction function using the histogram; characterised in that: the correction unit is configured to calculate the brightness distribution range and the tone correction function using feature points, which are obtained from an n th order differential of the histogram, wherein n is a natural number.
A detergent particle having a core and a coating enveloping the core, said detergent particle having perpendicular dimensions x, y and z, wherein x is from 0.2 to 2 mm, y is from 2 to 8mm, and z is from 2 to 8 mm and the particle comprises: i. from 20 to 39 wt% surfactant; ii. from 5 to 40 wt% coating material; and, iii. perfume; wherein the core comprises 95 parts to 100 parts of the total surfactant content and the coating comprises 95 parts to 100 parts of the coating material and the perfume and wherein the detergent particle has an intra-particle porosity in the range from 0 to 0.2 volume fraction. i. from 20 to 39 wt% surfactant; ii. from 5 to 40 wt% coating material; and, iii. perfume;
A fastening tool rafter hook system for supporting a power tool, comprising: a power tool section positioned proximate to a tool handle, the power tool section having multiple indexing apertures (54,56); and rafter hook bodies, including: a first piece including a rafter hook band having a semi-circular band portion positioned in direct contact with the power tool section; and a second piece including a rafter hook having at least one indexing bolt (50,52) connected thereto, the indexing bolt creating a detent connection when engaged with one of the indexing apertures, the connection of the indexing bolt to any one of the indexing apertures releasably retaining the rafter hook at selectable predefined orientations with respect to the power tool section. a power tool section positioned proximate to a tool handle, the power tool section having multiple indexing apertures (54,56); and rafter hook bodies, including: a first piece including a rafter hook band having a semi-circular band portion positioned in direct contact with the power tool section; and a second piece including a rafter hook having at least one indexing bolt (50,52) connected thereto, the indexing bolt creating a detent connection when engaged with one of the indexing apertures, the connection of the indexing bolt to any one of the indexing apertures releasably retaining the rafter hook at selectable predefined orientations with respect to the power tool section. a first piece including a rafter hook band having a semi-circular band portion positioned in direct contact with the power tool section; and a second piece including a rafter hook having at least one indexing bolt (50,52) connected thereto, the indexing bolt creating a detent connection when engaged with one of the indexing apertures, the connection of the indexing bolt to any one of the indexing apertures releasably retaining the rafter hook at selectable predefined orientations with respect to the power tool section.