mhurhangee/patent-ind-claim-en huggingface dataset:
A method for accessing a switch external memory of a switch, wherein a control module represents a control plane and the switch external memory represents a data plane, and wherein the accessing is from the control module in the control plane to the switch external memory in the data plane, the method comprising: step 1), issuing, by the control module, information about an authorized protocol and an authorized file I/O operation, the authorized file I/O operation being an operation for accessing the switch external memory, receiving the information by the switch, and storing authorized information by the switch; wherein the authorized information includes the authorized protocol and the authorized file I/O operation; step 2), receiving, by the switch, a file I/O operation instruction, and determining whether an operating entity has an authority to perform the authorized file I/O operation according to the file I/O operation instruction and the authorized information obtained in the step 1); wherein the authorized file I/O operation is one of reading, writing and deleting operations for a file in a directory of the switch external memory, and step 3), upon determining that the operating entity has the authority to perform the authorized file I/O operation, extracting, by the switch, an instruction index and parameters from the file I/O operation instruction, and executing the authorized file I/O operation. step 1), issuing, by the control module, information about an authorized protocol and an authorized file I/O operation, the authorized file I/O operation being an operation for accessing the switch external memory, receiving the information by the switch, and storing authorized information by the switch; wherein the authorized information includes the authorized protocol and the authorized file I/O operation; step 2), receiving, by the switch, a file I/O operation instruction, and determining whether an operating entity has an authority to perform the authorized file I/O operation according to the file I/O operation instruction and the authorized information obtained in the step 1); wherein the authorized file I/O operation is one of reading, writing and deleting operations for a file in a directory of the switch external memory, and step 3), upon determining that the operating entity has the authority to perform the authorized file I/O operation, extracting, by the switch, an instruction index and parameters from the file I/O operation instruction, and executing the authorized file I/O operation.
A method for activating a display (94; 118) operatively coupled to a computing device (4; 90; 116), the method comprising: determining (502; 602; 604), by a first motion module of the computing device (4; 90; 116) and based on first motion data measured by a first motion sensor at a first time, that the computing device has moved, wherein the display is deactivated at the first time; activating (504; 606) a sensor control module responsive to determining that the computing device has moved; determining , by the sensor control module, second motion data measured by a second motion sensor , wherein determining the second motion data uses a greater quantity of power than determining the first motion data; determining, based on a first statistic of a group of statistics determined (506; 612) based at least on the second motion data, whether the computing device is stable; and responsive to determining that the computing device is stable, activating (508; 618) the display. determining (502; 602; 604), by a first motion module of the computing device (4; 90; 116) and based on first motion data measured by a first motion sensor at a first time, that the computing device has moved, wherein the display is deactivated at the first time; activating (504; 606) a sensor control module responsive to determining that the computing device has moved; determining , by the sensor control module, second motion data measured by a second motion sensor , wherein determining the second motion data uses a greater quantity of power than determining the first motion data; determining, based on a first statistic of a group of statistics determined (506; 612) based at least on the second motion data, whether the computing device is stable; and responsive to determining that the computing device is stable, activating (508; 618) the display.
A system configured to quantify risk associated with preclinical indicators of one or more hand based clinical skin conditions, the system comprising a plurality of measurement tools in connection with a processor , each of the plurality of measurement tools configured to measure a property of the skin of a subject's hand, said property related to skin health, wherein the measurement tools are configured to measure at least two of erythema, scaling, papule density, vesicle density, infiltration, fissuring, surface hydration level, skin barrier function and transepidermal water loss of a subject's hand, wherein each of the plurality of measurement tools is configured to provide a first score characteristic of the health of the skin on the hand of the subject for each property of the skin of a subject's hand measured by the measurement tools, such that each first score characteristic of the health of the skin on the hand of the subject is calculated using the property of the skin of a subject's hand measured by each of the plurality of measurement tools , wherein at least one first score characteristic of the health of the skin on the hand of the subject is scaled such that at least two first scores from each of a plurality of measurement tools are measured along the same range, and wherein the processor is configured to calculate a second score based on the combined first scores from each of a plurality of measurement tools, the second score representing the subject's risk of future development of one or more clinical skin conditions. the system comprising a plurality of measurement tools in connection with a processor , each of the plurality of measurement tools configured to measure a property of the skin of a subject's hand, said property related to skin health, wherein the measurement tools are configured to measure at least two of erythema, scaling, papule density, vesicle density, infiltration, fissuring, surface hydration level, skin barrier function and transepidermal water loss of a subject's hand, wherein each of the plurality of measurement tools is configured to provide a first score characteristic of the health of the skin on the hand of the subject for each property of the skin of a subject's hand measured by the measurement tools, such that each first score characteristic of the health of the skin on the hand of the subject is calculated using the property of the skin of a subject's hand measured by each of the plurality of measurement tools , wherein at least one first score characteristic of the health of the skin on the hand of the subject is scaled such that at least two first scores from each of a plurality of measurement tools are measured along the same range, and wherein the processor is configured to calculate a second score based on the combined first scores from each of a plurality of measurement tools, the second score representing the subject's risk of future development of one or more clinical skin conditions.
A blade outer air seal assembly , comprising: a blade outer air seal segment comprising a forward rail and an aft rail ; a blade outer air seal support coupled to the blade outer air seal segment , the blade outer air seal support comprising an aft flange , a first forward flange and a second forward flange , the second forward flange being located forward of the first forward flange, wherein the forward rail is located between the first forward flange and the second forward flange ; and a pin disposed through the aft rail , the aft flange , the first forward flange , and the forward rail , characterised in that the first forward flange , the second forward flange and the forward rail are each castellated, and wherein a proximal surface of the forward rail is axially aligned with a distal surface of the first forward flange and with a distal surface of the second forward flange. a blade outer air seal segment comprising a forward rail and an aft rail ; a blade outer air seal support coupled to the blade outer air seal segment , the blade outer air seal support comprising an aft flange , a first forward flange and a second forward flange , the second forward flange being located forward of the first forward flange, wherein the forward rail is located between the first forward flange and the second forward flange ; and a pin disposed through the aft rail , the aft flange , the first forward flange , and the forward rail , characterised in that the first forward flange , the second forward flange and the forward rail are each castellated, and wherein a proximal surface of the forward rail is axially aligned with a distal surface of the first forward flange and with a distal surface of the second forward flange.
A gas turbine engine , comprising: a compressor ; and a fluid injector to communicate a flow (F) at a rotor rim of the compressor in a direction (D F ) having a circumferential component (C), the fluid injector comprising: an array of nozzles distributed circumferentially about an axis of rotation of the gas turbine engine , the array of nozzles including nozzles that extend from nozzle inlets to respective nozzle outlets , the nozzle inlets circumferentially offset from the nozzle outlets , wherein the circumferential component (C) is tangential to the rotor rim of the compressor of the gas turbine engine ; characterised in that : the array of nozzles are cascading nozzles configured to accelerate the flow (F) and in that the flow (F) is drawn from a radial midpoint of a core flow path defined by the compressor . a compressor ; and a fluid injector to communicate a flow (F) at a rotor rim of the compressor in a direction (D F ) having a circumferential component (C), the fluid injector comprising: an array of nozzles distributed circumferentially about an axis of rotation of the gas turbine engine , the array of nozzles including nozzles that extend from nozzle inlets to respective nozzle outlets , the nozzle inlets circumferentially offset from the nozzle outlets , wherein the circumferential component (C) is tangential to the rotor rim of the compressor of the gas turbine engine ; characterised in that : the array of nozzles are cascading nozzles configured to accelerate the flow (F) and in that the flow (F) is drawn from a radial midpoint of a core flow path defined by the compressor . an array of nozzles distributed circumferentially about an axis of rotation of the gas turbine engine , the array of nozzles including nozzles that extend from nozzle inlets to respective nozzle outlets , the nozzle inlets circumferentially offset from the nozzle outlets , wherein the circumferential component (C) is tangential to the rotor rim of the compressor of the gas turbine engine ; characterised in that : the array of nozzles are cascading nozzles configured to accelerate the flow (F) and in that the flow (F) is drawn from a radial midpoint of a core flow path defined by the compressor .
Conveying system suited to transporting goods on a transport level , wherein a) the conveying system comprises at least one transport roller provided for the transportation of the goods , which has a peripheral surface in the manner of a spherical surface section at least in a region provided for contact with goods; b) the at least one transport roller can be rotated about an axis of rotation ; and characterised in that the conveying system has at least one swivel axis , about which the axis of rotation can be adjusted by means of rotation. a) the conveying system comprises at least one transport roller provided for the transportation of the goods , which has a peripheral surface in the manner of a spherical surface section at least in a region provided for contact with goods; b) the at least one transport roller can be rotated about an axis of rotation ; and
A camera module for an endoscope, comprising: a connecting base and a camera ; the connecting base comprises a first connecting member and a first circuit board ; wherein the first circuit board is installed in the first connecting member ; and the camera comprises a housing, a second circuit board , a light source assembly , and a lens assembly ; wherein the second circuit board , the light source assembly , and the lens assembly are respectively installed in the housing; the housing is removably connected to the first connecting member ; the first circuit board and the second circuit board are electrically connected to each other; characterised in that an inside of the first connecting member defines a stepped hole including a first receiving hole and a second receiving hole ; the first receiving hole and the second receiving hole are in communication; the diameter of the first receiving hole is greater than the diameter of the second receiving hole ;a stepped surface is formed between the first receiving hole and the second receiving hole ; the first receiving hole is disposed facing the camera , the first circuit board is disposed in the first receiving hole , and the first circuit board abuts the stepped surface . a connecting base and a camera ; the connecting base comprises a first connecting member and a first circuit board ; wherein the first circuit board is installed in the first connecting member ; and the camera comprises a housing, a second circuit board , a light source assembly , and a lens assembly ; wherein the second circuit board , the light source assembly , and the lens assembly are respectively installed in the housing; the housing is removably connected to the first connecting member ; the first circuit board and the second circuit board are electrically connected to each other; characterised in that an inside of the first connecting member defines a stepped hole including a first receiving hole and a second receiving hole ; the first receiving hole and the second receiving hole are in communication; the diameter of the first receiving hole is greater than the diameter of the second receiving hole ;a stepped surface is formed between the first receiving hole and the second receiving hole ; the first receiving hole is disposed facing the camera , the first circuit board is disposed in the first receiving hole , and the first circuit board abuts the stepped surface .
A turbine shroud segment adapted for use in a gas turbine engine, the turbine shroud segment comprising a carrier segment comprising metallic materials, a blade track segment comprising ceramic matrix composite materials, the blade track segment formed to include a runner shaped to extend partway around a central axis and an attachment portion that extends radially outward from the runner, a seal, a mounting system which includes a brace formed to include a bracket that engages the attachment portion of the blade track segment and at least one shaft that extends from the bracket through the carrier to couple the blade track segment to the carrier segment , and characterized in that the seal is arranged radially between the carrier segment and the blade track segment , and in that the mounting system is configured to couple the blade track segment to the carrier segment and to move the blade track segment relative to the carrier segment so that the seal engages both the carrier segment and the blade track segment.
An IC package, comprising: an impedance detector module , a detection component and a barrier component spanning an isolation barrier between two voltage domains of the IC, wherein the impedance detector module has a first connection which is configured for connection to a first external energy source via a first IO pin of the IC package; has a second connection to the detection component , which is configured for connection to a first ground for the first external energy source via a second IO pin of the IC package, and to the barrier component , which is configured for connection to a second ground for a second external energy source via a third IO pin of the IC package; and includes a threshold detector for detecting a signal level on the second connection that is above or below a given threshold due to a disconnection in continuity of a path to the second ground . an impedance detector module , a detection component and a barrier component spanning an isolation barrier between two voltage domains of the IC, wherein the impedance detector module has a first connection which is configured for connection to a first external energy source via a first IO pin of the IC package; has a second connection to the detection component , which is configured for connection to a first ground for the first external energy source via a second IO pin of the IC package, and to the barrier component , which is configured for connection to a second ground for a second external energy source via a third IO pin of the IC package; and includes a threshold detector for detecting a signal level on the second connection that is above or below a given threshold due to a disconnection in continuity of a path to the second ground .
A power control apparatus , comprising: a DC to DC converter connected to a direct current, DC, bus line; a communication unit configured to communicate with another power control apparatus; and a control unit configured to control power interchange with the other power control apparatus through the DC bus line, wherein the control unit is configured to control at least a control mode and a droop rate, the control mode includes a first mode for controlling a voltage of the DC bus line , a second mode for controlling a current flowing through the DC bus line, and a third mode for stopping the power interchange, and when the control mode is shifted from the first mode to the second mode or the third mode, the control unit is further configured to control the droop rate to be set to a predetermined value other than 0%. a DC to DC converter connected to a direct current, DC, bus line; a communication unit configured to communicate with another power control apparatus; and a control unit configured to control power interchange with the other power control apparatus through the DC bus line, wherein the control unit is configured to control at least a control mode and a droop rate, the control mode includes a first mode for controlling a voltage of the DC bus line , a second mode for controlling a current flowing through the DC bus line, and a third mode for stopping the power interchange, and when the control mode is shifted from the first mode to the second mode or the third mode, the control unit is further configured to control the droop rate to be set to a predetermined value other than 0%.
Portable hand lamp comprising a lamp housing and a handle arranged on the lamp housing, two light outlet openings being formed in the lamp housing on a light outlet side to which in each case at least one light source and in each case one lens are assigned for light focusing in the housing interior , wherein the respective light source is at least one LED (light-emitting diode) and wherein one lens and the associated light source are designed to provide searching light and the other lens with associated light source to provide working light, characterized in that: if a light source fails , an automatic switch-over to the other light source is possible.
A remote disconnect switch assembly comprised of: an actuator ; one or more disconnect switches that are opened or closed by the actuator ; one or more sensors ; a communication interface ; a processor operably connected with the actuator , the one or more sensors and the communication interface , wherein the processor is configured to: communicate with one or more other computing devices over a network using the communication interface ; receive signals from the one or more sensors ; and cause the actuator to operate in accordance with the signals received from the one or more sensors or the communications with the one or more other computing devices; and a memory operably connected with the processor , wherein information about the remote disconnect switch assembly is stored in the memory , characterised in that the assembly comprises a shuttle that is operably moved by the actuator ; and in that the one or more disconnect switches are opened or closed by movement of the shuttle ; and wherein the processor is further configured to receive information about an actual opened or closed state of at least one of the one or more disconnect switches from the one or more sensors , compare the actual state to a desired opened or closed state of the at least one of the one or more disconnect switches , wherein the desired state is stored in the memory , and to cause the at least one of the one or more disconnect switches to open or close in accordance with the desired state, if the actual state of the at least one of the one or more disconnect switches is different than the desired state. an actuator ; one or more disconnect switches that are opened or closed by the actuator ; one or more sensors ; a communication interface ; a processor operably connected with the actuator , the one or more sensors and the communication interface , wherein the processor is configured to: communicate with one or more other computing devices over a network using the communication interface ; receive signals from the one or more sensors ; and cause the actuator to operate in accordance with the signals received from the one or more sensors or the communications with the one or more other computing devices; and communicate with one or more other computing devices over a network using the communication interface ; receive signals from the one or more sensors ; and cause the actuator to operate in accordance with the signals received from the one or more sensors or the communications with the one or more other computing devices; and a memory operably connected with the processor , wherein information about the remote disconnect switch assembly is stored in the memory , characterised in that
A method of making a one-piece formwork for the covering of a pipe, comprising: cutting-out in a formwork plate composed of a core of insulating foam sandwiched between two rigid panels of thermoplastic polymer of a one-piece profile having a predefined height (h) and a predefined width (l); cutting at least one V-shaped notch in the one-piece profile over its entire height to form a fold line (L) of said one-piece profile; pouring into the notch over its entire height of a deformation oil previously heated to the softening temperature of the thermoplastic polymer; folding the one-piece profile at the level of the fold line; and active cooling of the monobloc profile to definitively fix its shape. cutting-out in a formwork plate composed of a core of insulating foam sandwiched between two rigid panels of thermoplastic polymer of a one-piece profile having a predefined height (h) and a predefined width (l); cutting at least one V-shaped notch in the one-piece profile over its entire height to form a fold line (L) of said one-piece profile; pouring into the notch over its entire height of a deformation oil previously heated to the softening temperature of the thermoplastic polymer; folding the one-piece profile at the level of the fold line; and active cooling of the monobloc profile to definitively fix its shape.