mhurhangee/patent-ind-claim-en huggingface dataset:
A user interface module for an uninterruptible power supply , the user interface module comprising: a housing having a front plane and a backing surface, the backing surface configured to attach to a body of the uninterruptible power supply; and a module configured to fit inside and secured by the housing, the module including a body having a front face , the module being configured to tilt within the housing such that the front face of the module can be positioned at various angles relative to the front plane of the housing, wherein the housing further comprises a top surface, two side surfaces, and a bottom surface, wherein each side surface comprises a pivot hole positioned near the top surface, a button slot positioned near the bottom surface, and at least a first and a second locking hole positioned above the button slot; and the module comprises two pivot pins configured to fit in respective pivot holes , two buttons configured to moveably fit in respective button slots, and two lock pins configured to fit in respective locking holes, wherein the pivot holes are configured such that the pivot pins can slide to more than one position within respective pivot holes; and wherein the pivot pins are configured to slide to a top of respective pivot holes when the module is tilted at zero degrees relative to the front plane of the housing and to a bottom of the pivot holes when the module is tilted at a maximum degree relative to the front plane of the housing case. a housing having a front plane and a backing surface, the backing surface configured to attach to a body of the uninterruptible power supply; and a module configured to fit inside and secured by the housing, the module including a body having a front face , the module being configured to tilt within the housing such that the front face of the module can be positioned at various angles relative to the front plane of the housing,
A method for data security at an access client executing on an access device , the method comprising: transmitting, from the access device and to a server , an access request that includes access information and file information for a file to be accessed; receiving, by the access device and from the server based at least in part on transmitting the access request, an access package that includes executable code and one or more access keys; executing, by the access client, the executable code to access the file using the one or more access keys; and removing, by the access device, the access package from memory associated with the access client. transmitting, from the access device and to a server , an access request that includes access information and file information for a file to be accessed; receiving, by the access device and from the server based at least in part on transmitting the access request, an access package that includes executable code and one or more access keys; executing, by the access client, the executable code to access the file using the one or more access keys; and removing, by the access device, the access package from memory associated with the access client.
Device for securing a load in a vehicle comprising a base body a load fastening element , at least two latching elements and an operating section , characterized in that the latching elements each comprise at least one convex portion , wherein the latching elements are arranged to move horizontally and reversibly between a retracted and an extended position relative to the base body , wherein the device further comprises an counter bearing which is arranged to move vertically and reversibly relative to the base body between a lowered position and a raised position, wherein the counter bearing is further adapted to contact the convex portions , wherein the device is arranged so that an actuation of the operating section moves the counter bearing into the lowered position, wherein the counter bearing cooperates with the convex portions of the latching elements during a downward movement in such a way that the latching elements are moved into the retracted position, and wherein the latching elements are further pre-stressed toward the extended position so that the convex portions of the latching elements move the counter bearing to the raised position in the absence of actuation.
Method for monitoring track sections (n-1, n, n+1), which are travelled by rail vehicles , having two rails (A, B) arranged in parallel, which have mutually insulated rail sections (A n ; B n ) and which have at least one incoupling point (3 A1 , 3 B1 ) and at least one outcoupling point (3 A1 , 3 B1 ), via which at least one measurement device (10 n ; 10 n+1 ) couples inputs interrogation signals into at least one of track sections (n) to be monitored and couples response signals out therefrom, characterized in that the interrogation signals are coupled into the at least one incoupling point (3 A1 , 3 B1 ) and response signals are coupled out of the at least one outcoupling point (3 A1 , 3 B1 ) and that the track section (n) is subdivided into one or more sectors (S1, ..., Sz), in each of which at least one response module (5 1 ; 5 11 , 5 12 ) is connected to the two rail sections (A n ; B n ) or is arranged between, which individually changes signals supplied by the measurement device (10 n ; 10 n+1 ) or provides individual response signals related thereto to the rail sections (A n ; B n ) and that the at least one measurement device (10 n ; 10 n+1 ) examines the change in the signals and/or the individual response signals and assigns the signals to a corresponding occupancy state.
A method for process alarm reduction comprising: receiving alarm information or alarm events from one or more sensors , devices, or computing devices associated with a monitored system ; generating at least one alarm event modality based at least in part on the received alarm information or alarm events, wherein a modality is a grouping of alarm information exhibiting the same or similar attributes and comprises chattering or fleeting; said modality being defined by modality characteristics which include state definitions, interrelationships, relative timing, absolute timing, recurrence, system load, historical data, control actions, modalities, process parameters available and/or derivable from the real time data and historical data stored in a memory ; filtering the received alarm information or alarm events using the at least one alarm event modality; and prioritizing at least a portion of the filtered alarm information or alarm events for immediacy of response based on a predetermined set of criteria comprising subsystem of the monitored system , the type of alarm event modality and/or the duration of alarm event modality; and in case of the at least one alarm event modality comprising chattering, providing an adjustment of the duration of the alarm settings, powering down a respective equipment of the monitored system and/or scheduling maintenance for a subsystem of the monitored system . receiving alarm information or alarm events from one or more sensors , devices, or computing devices associated with a monitored system ; generating at least one alarm event modality based at least in part on the received alarm information or alarm events, wherein a modality is a grouping of alarm information exhibiting the same or similar attributes and comprises chattering or fleeting; said modality being defined by modality characteristics which include state definitions, interrelationships, relative timing, absolute timing, recurrence, system load, historical data, control actions, modalities, process parameters available and/or derivable from the real time data and historical data stored in a memory ; filtering the received alarm information or alarm events using the at least one alarm event modality; and prioritizing at least a portion of the filtered alarm information or alarm events for immediacy of response based on a predetermined set of criteria comprising subsystem of the monitored system , the type of alarm event modality and/or the duration of alarm event modality; and in case of the at least one alarm event modality comprising chattering, providing an adjustment of the duration of the alarm settings, powering down a respective equipment of the monitored system and/or scheduling maintenance for a subsystem of the monitored system .
An electronic device (100; 200; 900) comprising: a housing including: a front plate (102; 220) oriented to face a first direction, a rear plate arranged below the front plate and oriented to face a second direction opposite to the first direction, and a side structure (118; 210) disposed to at least partially surround a space between the front plate and the rear plate; a display (101; 230; 430) disposed between the front plate and the rear plate and including a plurality of pixels configured to output a screen through the front plate, wherein, when viewed from above the front plate, the display includes a curved section (CS1; CS2) in which the pixels are arranged, at the edge of a screen display area, along a curved trajectory; and an opaque layer (313; 435a; 813) disposed to correspond to the curved section (CS1) of the screen display area, wherein, when viewed from above the front plate, the opaque layer (313; 435a; 813) covers at least some of the pixels arranged in the curved section (CS1; CS2), characterized in that the display (101; 230; 430) includes a first substrate in which a first touch sensor is integrated and on which the opaque layer (313; 435a; 813) is stacked, and a second substrate coupled to face the first substrate and sealing the pixels, and wherein the opaque layer (313; 435a; 813) includes at least one electrically conductive wire extending along the curved section and implementing a second touch sensor, and at least one slit (815a; 815b) disposed to cross the at least one electrically conductive wire . a front plate (102; 220) oriented to face a first direction, a rear plate arranged below the front plate and oriented to face a second direction opposite to the first direction, and a side structure (118; 210) disposed to at least partially surround a space between the front plate and the rear plate; a display (101; 230; 430) disposed between the front plate and the rear plate and including a plurality of pixels configured to output a screen through the front plate, wherein, when viewed from above the front plate, the display includes a curved section (CS1; CS2) in which the pixels are arranged, at the edge of a screen display area, along a curved trajectory; and an opaque layer (313; 435a; 813) disposed to correspond to the curved section (CS1) of the screen display area, wherein, when viewed from above the front plate, the opaque layer (313; 435a; 813) covers at least some of the pixels arranged in the curved section (CS1; CS2), characterized in that the display (101; 230; 430) includes a first substrate in which a first touch sensor is integrated and on which the opaque layer (313; 435a; 813) is stacked, and a second substrate coupled to face the first substrate and sealing the pixels, and wherein the opaque layer (313; 435a; 813) includes at least one electrically conductive wire extending along the curved section and implementing a second touch sensor, and at least one slit (815a; 815b) disposed to cross the at least one electrically conductive wire .
An umbrella comprising: an elongated shaft (110; 1310) having a first end and an opposite second end ; a runner (150; 1330) slidably disposed about the elongated shaft and movable along a length of the shaft (110; 1310); and a plurality of ribs (930, 990; 1600) that are attached to the runner (150; 1330) by a plurality of struts (960, 980; 1500) that move between open and closed positions in which in the open position, the ribs (930, 990; 1600) are in an open, extended position and in the closed position, the ribs (930, 990; 1600) are in a closed, collapsed position; an anti-inversion mechanism comprising a plurality of anti-inversion struts , wherein each anti-inversion struts is pivotally coupled to one respective strut and is pivotally connected to the rib ; wherein the anti-inversion strut has a first face , an opposing second face , a first end portion and a second end portion , characterized in that the first end portion has a first trough formed along the first face and the second end portion has a second trough formed along the second face such that in the closed position of the umbrella (900; 1300), one of the plurality of ribs (990; 1600) is received within the first trough and one of the plurality of struts (980; 1500) is received within the second trough to form a nested arrangement which increases the compactness of the umbrella. an elongated shaft (110; 1310) having a first end and an opposite second end ; a runner (150; 1330) slidably disposed about the elongated shaft and movable along a length of the shaft (110; 1310); and a plurality of ribs (930, 990; 1600) that are attached to the runner (150; 1330) by a plurality of struts (960, 980; 1500) that move between open and closed positions in which in the open position, the ribs (930, 990; 1600) are in an open, extended position and in the closed position, the ribs (930, 990; 1600) are in a closed, collapsed position; an anti-inversion mechanism comprising a plurality of anti-inversion struts , wherein each anti-inversion struts is pivotally coupled to one respective strut and is pivotally connected to the rib ; wherein the anti-inversion strut has a first face , an opposing second face , a first end portion and a second end portion , characterized in that the first end portion has a first trough formed along the first face and the second end portion has a second trough formed along the second face such that in the closed position of the umbrella (900; 1300), one of the plurality of ribs (990; 1600) is received within the first trough and one of the plurality of struts (980; 1500) is received within the second trough to form a nested arrangement which increases the compactness of the umbrella.
A non-aqueous electrolytic solution comprising an electrolyte and a non-aqueous solvent dissolving therein the electrolyte, the non-aqueous electrolytic solution containing at least one compound represented by the following formula : wherein: X represents an organic group containing a sulfonyl group or a carbonyl group and is selected from the group consisting of: wherein each of R 1 to R 3 independently represents a hydrogen atom or a hydrocarbon group having 1 to 12 carbon atoms, Y represents a sulfur atom, a phosphorus atom, or a carbon atom, n represents an integer of 1 or 2, m represents an integer of 2 to 4, and 1 represents an integer of 1 or 2, and Z represents an alkylene group having 4 to 6 carbon atoms. X represents an organic group containing a sulfonyl group or a carbonyl group and is selected from the group consisting of: wherein each of R 1 to R 3 independently represents a hydrogen atom or a hydrocarbon group having 1 to 12 carbon atoms, Y represents a sulfur atom, a phosphorus atom, or a carbon atom, n represents an integer of 1 or 2, m represents an integer of 2 to 4, and 1 represents an integer of 1 or 2, and Z represents an alkylene group having 4 to 6 carbon atoms.
An air jet loom comprising a weft yarn sensing device, the air jet loom having a reed including a plurality of reed wires arranged side by side in a weft insertion direction and each having a recessed portion so that a weft insertion passage is formed by the recessed portions of the reed wires and a weft yarn (Y) is inserted into the weft insertion passage by air jets, the weft yarn sensing device comprising a weft yarn sensor including a light-emitting portion that emits light into the weft insertion passage and a light-receiving portion that is located so as to face toward the weft insertion passage , characterized in that the light-receiving portion receives part of light reflected by the inserted weft yarn (Y) or the recessed portions of the reed wires , the weft yarn sensing device comprises at least one contrast adjuster which has a reflecting portion that is located rearward of the weft yarn (Y) traveling in the weft insertion passage , reflects the light emitted from the light-emitting portion of the weft yarn sensor , and is configured to reduce an influence of a difference in quantity of the reflected light on sensing of the weft yarn (Y) by the weft yarn sensor , the influence resulting from a color and a thickness of the weft yarn (Y), wherein the contrast adjustor is disposed between any two of the reed wires that are adjacent to each other in the weft insertion direction, and the contrast adjuster has a width (D) in the weft insertion direction that is equal to or greater than a distance (K) between the two reed wires that are adjacent to each other in the weft insertion direction. the light-receiving portion receives part of light reflected by the inserted weft yarn (Y) or the recessed portions of the reed wires , the weft yarn sensing device comprises at least one contrast adjuster which has a reflecting portion that is located rearward of the weft yarn (Y) traveling in the weft insertion passage , reflects the light emitted from the light-emitting portion of the weft yarn sensor , and is configured to reduce an influence of a difference in quantity of the reflected light on sensing of the weft yarn (Y) by the weft yarn sensor , the influence resulting from a color and a thickness of the weft yarn (Y), wherein the contrast adjustor is disposed between any two of the reed wires that are adjacent to each other in the weft insertion direction, and the contrast adjuster has a width (D) in the weft insertion direction that is equal to or greater than a distance (K) between the two reed wires that are adjacent to each other in the weft insertion direction.
An apparatus for electro-surgery, comprising: a radio frequency generator ; a DC/DC converter ; a pulse-wave modulator ; at least one battery ; a power supply manager ; an AC/DC converter ; an AC port ; a solar panel port ; an automotive port ; and a probe port, wherein the power supply manager receives power from the solar panel port or the automotive port or the at least one battery and ensures a threshold level of power is provided to the DC/DC converter such that the output of the DC/DC converter is 34-100V, the power from the power supply manager is provided to radio frequency generator through the DC/DC converter or the pulse-wave modulator and the radio frequency generator generates an electromagnetic field in excess of 130W at 50 ohms and 13.56 MHz, which is provided to the probe port, optionally wherein the threshold level of power is designated by a user. a radio frequency generator ; a DC/DC converter ; a pulse-wave modulator ; at least one battery ; a power supply manager ; an AC/DC converter ; an AC port ; a solar panel port ; an automotive port ; and a probe port, wherein the power supply manager receives power from the solar panel port or the automotive port or the at least one battery and ensures a threshold level of power is provided to the DC/DC converter such that the output of the DC/DC converter is 34-100V, the power from the power supply manager is provided to radio frequency generator through the DC/DC converter or the pulse-wave modulator and the radio frequency generator generates an electromagnetic field in excess of 130W at 50 ohms and 13.56 MHz, which is provided to the probe port, optionally wherein the threshold level of power is designated by a user.
A composite marker , comprising: a plurality of ultrasound reflective elements , each ultrasound reflective element respectively comprising a body having at least one cavity and at least one fluid in the at least one cavity to provide reflectivity of ultrasound imaging signals, each ultrasound reflective element is porous, and each ultrasound reflective element comprises a hydrophobic coating that at least temporarily seals one or more pores thereof, and wherein the at least one cavity of the ultrasound reflective element contains entrapped gas or liquid to provide reflectivity of ultrasound imaging signals; at least one contrast material detectable via a detection modality different than ultrasound imaging, wherein the at least one contrast material is not included in an outer layer of each ultrasound reflective element; and a gel carrier , wherein the plurality of ultrasound reflective elements and the at least one contrast material are carried in or on the gel carrier , characterised in that the at least one fluid has a vaporization threshold that a liquid-gas transition of the at least one fluid can be triggered by an acoustic energy. a plurality of ultrasound reflective elements , each ultrasound reflective element respectively comprising a body having at least one cavity and at least one fluid in the at least one cavity to provide reflectivity of ultrasound imaging signals, each ultrasound reflective element is porous, and each ultrasound reflective element comprises a hydrophobic coating that at least temporarily seals one or more pores thereof, and wherein the at least one cavity of the ultrasound reflective element contains entrapped gas or liquid to provide reflectivity of ultrasound imaging signals; at least one contrast material detectable via a detection modality different than ultrasound imaging, wherein the at least one contrast material is not included in an outer layer of each ultrasound reflective element; and a gel carrier , wherein the plurality of ultrasound reflective elements and the at least one contrast material are carried in or on the gel carrier , characterised in that the at least one fluid has a vaporization threshold that a liquid-gas transition of the at least one fluid can be triggered by an acoustic energy.
A microfluidic product pouch assembly for use in a microfluidic chip, comprising: - a pouch surrounding an inner chamber and having a rupturing portion; - an inner membrane positioned within the inner chamber to form a first cavity and a second cavity; - a reagent in fluid form within the first cavity; and - a rupturing structure configured to selectively break the rupturing portion, - wherein the second cavity houses a gas stored under pressure such that rupturing the rupturing portion causes a pressure imbalance whereby the inner membrane deforms into the first cavity and pushes the contents of the first cavity into a channel of the microfluidic chip. - a pouch surrounding an inner chamber and having a rupturing portion; - an inner membrane positioned within the inner chamber to form a first cavity and a second cavity; - a reagent in fluid form within the first cavity; and - a rupturing structure configured to selectively break the rupturing portion, - wherein the second cavity houses a gas stored under pressure such that rupturing the rupturing portion causes a pressure imbalance whereby the inner membrane deforms into the first cavity and pushes the contents of the first cavity into a channel of the microfluidic chip.