mhurhangee/patent-ind-claim-en huggingface dataset:
A smart terminal information display method, comprising - the smart terminal detecting an inputted locking event to lock its screen (101; 401); - responding to the locking event and displaying the information containing a list of specific functions on the screen ; - receiving and executing a selection command on the list; - displaying a brief introduction and use method of the specific function corresponding to the selection command on the screen; - determining whether to display the information containing the specific function and the use method ; if yes , entering the locking screen interface when displaying the specific function and the use method displayed on the screen is completed; otherwise, turning off the interface displaying the information and entering the locking screen (103; 404). - the smart terminal detecting an inputted locking event to lock its screen (101; 401); - responding to the locking event and displaying the information containing a list of specific functions on the screen ; - receiving and executing a selection command on the list; - displaying a brief introduction and use method of the specific function corresponding to the selection command on the screen; - determining whether to display the information containing the specific function and the use method ; if yes , entering the locking screen interface when displaying the specific function and the use method displayed on the screen is completed; otherwise, turning off the interface displaying the information and entering the locking screen (103; 404).
Oxygen reduced stored blood for use in the treatment of low mean arterial pressure in a subject in need thereof comprising administering stored oxygen reduced blood to said subject, said oxygen reduced blood having an initial oxygen saturation of 20% or less and maintained at an oxygen saturation of 20% or less for a storage period.
An ammunition box comprising a rectangular box body and a corresponding rectangular flat lid , said box body being an integrally molded body of a thermoplastic material with an opening on one side of said box body that gives access to a rectangular storage space for ammunition inside said box body , a peripheral area of said box body adjacent said opening forming an upright rim around said opening, said lid comprising an integrally molded lid body, said lid being shaped and sized to fit snugly around said rim with said rim being received inside said lid when said lid is in said closed position, said lid body has a top wall that is connected to four lid side walls at a substantially right angle and said four lid side walls fit snugly round said rim , said top wall having a plurality of integrally molded lid ribs projecting from the inner side of said lid the ammunition box being characterized in that said lid is provided with a closing plate , one side of said closing plate facing said lid ribs and said one side of said closing plate is supported by said lid ribs , said closing plate is provided with two oppositely disposed flanges that extend along two opposite lid sides to define together with a corresponding lid sidewall a groove in which a portion of the rim of the box body is received with a snug fit when the lid is mounted on the box body .
An adjustable acetabulum for a hip prosthesis, including a generally hemispherical cup configured to be placed in the acetabular cavity of a patient, and a device for maintaining the angular orientation of said cup in said acetabular cavity, said maintaining device including a resilient ring having a transverse slit delimited by two edges of the ring , the ring being generally circular, and its outer periphery including asperities that can penetrate into the surface of the acetabular cavity when the resilient ring is in the relaxed state, characterized in that the resilient ring includes means for gripping by an ancillary gripping device making it possible to deform the resilient ring , in the direction of a reduction of its diameter, including after the assembled acetabulum has been placed in the acetabular cavity, by a tightening tending to bring the edges of the ring delimiting the slit closer together, the shapes and sizes of the different parts of the ring being designed so that, in the tightened state of the ring , the asperities do not protrude from the outer surface of the cup, thus allowing a modification of the angular orientation of the cup, and making it possible for said modification to be able to be done without it being necessary to dislocate the coxo-femoral joint of the patient.
A floor-space saving NBC filtration system for collective protection shelters comprising: an NBC filter unit ; an electric blower ; a manual air exchange backup for operation during electric power failure; and a changeover valve configured for changing the NBC filtration system state between a ventilation mode, effective during normal times or conventional hazard, and an NBC protection mode, effective during NBC hazard; characterized by said NBC filtration system being fixedly contained in a space located higher than an average person height thereby saving usable floor-space, wherein at least one of said changeover valve and said manual air exchange backup is remotely operated from a location within the comfortable reach of said shelter occupants at the arm height of an average person, by usage of a human power interface and mechanical or electric linkage for operation of said manual air exchange backup, and an extended state selector handle for switching the state of said changeover valve .
A movement assistive device for the elbow j oint, comprising: - an actuation unit provided with a motor ; - at least two arm garments removably attachable to an arm of the wearer; - at least one transmission cable ; wherein the actuation unit comprises: - at least one elastic element coupled with the motor and configured to generate, under tension, an elastic force, the at least one transmission cable connecting the at least one elastic element to the at least two arm garments ; - at least one cam-spool mechanism configured to elongate the at least one elastic element , characterized in that each cam-spool mechanism comprises: - a cam curve with rotatable camshaft to move a respective transmission cable around the cam curve ; - a roller and a spool provided with a slot , the spool being coupled with the camshaft though a roller that can slide inside the slot ; wherein the rotation axis of the camshaft is decoupled and offset from the rotation axis of the spool . - an actuation unit provided with a motor ; - at least two arm garments removably attachable to an arm of the wearer; - at least one transmission cable ; wherein the actuation unit comprises: - at least one elastic element coupled with the motor and configured to generate, under tension, an elastic force, the at least one transmission cable connecting the at least one elastic element to the at least two arm garments ; - at least one cam-spool mechanism configured to elongate the at least one elastic element , - at least one elastic element coupled with the motor and configured to generate, under tension, an elastic force, the at least one transmission cable connecting the at least one elastic element to the at least two arm garments ; - at least one cam-spool mechanism configured to elongate the at least one elastic element , characterized in that each cam-spool mechanism comprises: - a cam curve with rotatable camshaft to move a respective transmission cable around the cam curve ; - a roller and a spool provided with a slot , the spool being coupled with the camshaft though a roller that can slide inside the slot ; - a cam curve with rotatable camshaft to move a respective transmission cable around the cam curve ; - a roller and a spool provided with a slot , the spool being coupled with the camshaft though a roller that can slide inside the slot ; wherein the rotation axis of the camshaft is decoupled and offset from the rotation axis of the spool .
An aerostatic airship with flexible envelope and motorised extension , comprising a device for fixing the motorised extension to an external face of the flexible envelope , the fixing device comprising a plate intended to be in contact with the flexible envelope , means for fixing the plate to the external face of the flexible envelope , a base for supporting the motorised extension and elements for fixing the support base to the plate , characterised in that : - the plate and the support base are designed to form a flange/counter-flange assembly; and - the means for fixing the plate to the external face of the flexible envelope comprise a plurality of independent fixing parts (32A, 32B; 32), each having an end intended to be secured to the external face of the flexible envelope and a central part clamped between the plate and the support base of the flange/counter-flange assembly by means of the fixing elements . - the plate and the support base are designed to form a flange/counter-flange assembly; and - the means for fixing the plate to the external face of the flexible envelope comprise a plurality of independent fixing parts (32A, 32B; 32), each having an end intended to be secured to the external face of the flexible envelope and a central part clamped between the plate and the support base of the flange/counter-flange assembly by means of the fixing elements .
Apparatus configured for use in disturbance evaluation systems based on disturbance extraction, which apparatus comprises measuring means configured for obtaining signal frequency both before and after a disturbance in an electricity network but excluding use of the disturbance transient itself, and which apparatus is characterised by interpolation means configured for interpolating frequency across the disturbance interval to reflect the underlying frequency trend uninfluenced by the disturbance transient.
A radiation-irradiation device comprising: a leg unit that is capable of traveling on a device-placement surface; a radiation source unit that generates radiation; an arm unit on which the radiation source unit is mounted; a body unit to which the arm unit is connected and which is held by the leg unit and a detector holder that is adapted to support one edge portion of a radiation detector detecting the radiation and having the shape of a rectangular flat plate; characterized in that the body unit includes a flat surface on a side thereof opposite to a side to which the arm unit is connected; and the detector holder is mounted on the body unit so as to be movable between a first position at which the radiation detector is held to be substantially parallel to the flat surface of the body unit and a second position at which at least an opposite edge portion of the radiation detector opposite to the one edge portion of the radiation detector is held at a position away from the body unit ; wherein the flat surface is inclined toward a side to which the arm unit is connected. a leg unit that is capable of traveling on a device-placement surface; a radiation source unit that generates radiation; an arm unit on which the radiation source unit is mounted; a body unit to which the arm unit is connected and which is held by the leg unit and a detector holder that is adapted to support one edge portion of a radiation detector detecting the radiation and having the shape of a rectangular flat plate;
A thermocycling method for producing a microarray of DNA sequences, each comprising tandem repeats of a unit sequence that is 1 to 60 nucleotides long in a linear polynucleotide, the method comprising the steps of: i) providing a solid substrate with a surface, the surface having immobilised thereon a plurality of distinct single stranded primer polynucleotides each comprising at least two tandem repeats of a unit sequence that is 1 to 60 nucleotides long, ii) contacting the immobilised primer polynucleotides with single stranded template polynucleotides comprising at least two tandem repeats that are complementary to the unit sequence of the primer polynucleotides under hybridisation conditions that permit mismatched duplex formation between a unit sequence and its complement such that a 5' overhang of the template polynucleotide is generated, wherein the 5' overhang comprises at least one tandem repeat that is complementary to the unit sequence of the primer polynucleotide; iii) contacting the mismatched duplexes with a thermostable 5' to 3' polymerase and nucleotides under extension conditions that permit polynucleotide extension in a 5' to 3' direction; iv) denaturing the duplex of iii) under denaturing conditions to generate at least two different single stranded immobilised polynucleotides; and v) repeating steps ii) to iii) to increase the number of tandem repeats in the immobilised polynucleotides. i) providing a solid substrate with a surface, the surface having immobilised thereon a plurality of distinct single stranded primer polynucleotides each comprising at least two tandem repeats of a unit sequence that is 1 to 60 nucleotides long, ii) contacting the immobilised primer polynucleotides with single stranded template polynucleotides comprising at least two tandem repeats that are complementary to the unit sequence of the primer polynucleotides under hybridisation conditions that permit mismatched duplex formation between a unit sequence and its complement such that a 5' overhang of the template polynucleotide is generated, wherein the 5' overhang comprises at least one tandem repeat that is complementary to the unit sequence of the primer polynucleotide; iii) contacting the mismatched duplexes with a thermostable 5' to 3' polymerase and nucleotides under extension conditions that permit polynucleotide extension in a 5' to 3' direction; iv) denaturing the duplex of iii) under denaturing conditions to generate at least two different single stranded immobilised polynucleotides; and v) repeating steps ii) to iii) to increase the number of tandem repeats in the immobilised polynucleotides.
Inductive sensor , particularly for a proximity sensor, comprising: - a resonance circuit including a sensing coil ; - an amplifier comprising a first gain stage and a second gain stage each coupled via respective adjusting elements with the resonance circuit to inject energy for maintaining an oscillation of the resonance circuit , wherein the first gain stage provides a substantially linear amplification and the second gain stage provides a comparator characteristics, wherein the adjusting elements are formed with resistors. - a resonance circuit including a sensing coil ; - an amplifier comprising a first gain stage and a second gain stage each coupled via respective adjusting elements with the resonance circuit to inject energy for maintaining an oscillation of the resonance circuit ,
A rotor blade pitch control system comprising: a first rotor blade operatively configured to be driven about a central axis of rotation ; said first rotor blade rotatable about a first pitch axis ; characterized by : a first pitch drive rotor operatively configured to be driven about said central axis of rotation independently of rotation of said first rotor blade about said central axis of rotation; a first pitch follower rotatable relative to said first pitch drive rotor; said first pitch follower and said first rotor blade coupled such that said first pitch follower rotates with rotation of said first rotor blade about said central axis of rotation; said first pitch drive rotor, said first pitch follower and said first rotor blade coupled such that said first pitch drive rotor is operatively configured to be driven to control an angular displacement of said first pitch drive rotor relative to said first pitch follower about said central axis of rotation and thereby control a pitch of said first rotor blade about said first pitch axis. a first rotor blade operatively configured to be driven about a central axis of rotation ; said first rotor blade rotatable about a first pitch axis ; characterized by : a first pitch drive rotor operatively configured to be driven about said central axis of rotation independently of rotation of said first rotor blade about said central axis of rotation; a first pitch follower rotatable relative to said first pitch drive rotor; said first pitch follower and said first rotor blade coupled such that said first pitch follower rotates with rotation of said first rotor blade about said central axis of rotation; said first pitch drive rotor, said first pitch follower and said first rotor blade coupled such that said first pitch drive rotor is operatively configured to be driven to control an angular displacement of said first pitch drive rotor relative to said first pitch follower about said central axis of rotation and thereby control a pitch of said first rotor blade about said first pitch axis. a first pitch drive rotor operatively configured to be driven about said central axis of rotation independently of rotation of said first rotor blade about said central axis of rotation; a first pitch follower rotatable relative to said first pitch drive rotor; said first pitch follower and said first rotor blade coupled such that said first pitch follower rotates with rotation of said first rotor blade about said central axis of rotation; said first pitch drive rotor, said first pitch follower and said first rotor blade coupled such that said first pitch drive rotor is operatively configured to be driven to control an angular displacement of said first pitch drive rotor relative to said first pitch follower about said central axis of rotation and thereby control a pitch of said first rotor blade about said first pitch axis.
A circular anastomosis stapler kit that delivers a therapeutic agent followed by stapling of tissue comprising: a) a stapling head with a shaft extending from said stapling head and an anvil , wherein the anvil can be removably connected to the shaft; and b) a delivery head for delivering a therapeutic agent into the tissue, said delivery head comprising: a. a ring-shaped body having a front side and an opposing rear side and having a central cylindrical opening therethrough that is slidably movable over the shaft; b. a channel within the ring-shaped body terminating in a port ; characterised in that c. a plurality of circumferentially positioned hollow microneedles are disposed on the front side surface of the ring-shaped body that are in fluid communication with the channel . a) a stapling head with a shaft extending from said stapling head and an anvil , wherein the anvil can be removably connected to the shaft; and b) a delivery head for delivering a therapeutic agent into the tissue, said delivery head comprising: a. a ring-shaped body having a front side and an opposing rear side and having a central cylindrical opening therethrough that is slidably movable over the shaft; b. a channel within the ring-shaped body terminating in a port ; characterised in that c. a plurality of circumferentially positioned hollow microneedles are disposed on the front side surface of the ring-shaped body that are in fluid communication with the channel . a. a ring-shaped body having a front side and an opposing rear side and having a central cylindrical opening therethrough that is slidably movable over the shaft; b. a channel within the ring-shaped body terminating in a port ; characterised in that c. a plurality of circumferentially positioned hollow microneedles are disposed on the front side surface of the ring-shaped body that are in fluid communication with the channel .
A method performed by a User Equipment, UE , in a wireless communication system, the method comprising: receiving, from a base station , configuration information for reporting assistance information associated with overheating; detecting the overheating; and transmitting, to the base station , the assistance information including first information indicating a UE's preference on a reduced bandwidth associated with at least one of a first frequency range or a second frequency range, wherein a first frequency corresponding to the first frequency range is lower than a second frequency corresponding to the second frequency range, and wherein the first information includes at least one value for a maximum aggregated bandwidth of an uplink carrier or a downlink carrier for each of the at least one of the first frequency range or the second frequency range. receiving, from a base station , configuration information for reporting assistance information associated with overheating; detecting the overheating; and transmitting, to the base station , the assistance information including first information indicating a UE's preference on a reduced bandwidth associated with at least one of a first frequency range or a second frequency range, wherein a first frequency corresponding to the first frequency range is lower than a second frequency corresponding to the second frequency range, and wherein the first information includes at least one value for a maximum aggregated bandwidth of an uplink carrier or a downlink carrier for each of the at least one of the first frequency range or the second frequency range.
A device for real-time recognition of restoration of spontaneous circulation (ROSC) in a cardio-pulmonary resuscitation (CPR) process, characterized in that comprising: a signal acquisition apparatus configured to acquire pulse oximetry waveform signals of a patient; and a signal analysis apparatus configured to analyze the signals to determine whether there is ROSC in the CPR process; the signal analysis apparatus comprises time-domain recognition logic; wherein the time-domain recognition logic is configured to determine whether there is ROSC in the CPR process by detecting time envelope of the pulse oximetry waveform signals in the time domain; the device is characterized in that the time-domain recognition is based on at least the following envelope characteristics: time information and amplitude information of peak points of a positive envelope curve formed from peak points of each pulse wave recognized in the pulse oximetry waveform signals; time information and amplitude information of valley points of a negative envelope curve formed from valley points of each pulse wave recognized in the pulse oximetry waveform signals. a signal acquisition apparatus configured to acquire pulse oximetry waveform signals of a patient; and a signal analysis apparatus configured to analyze the signals to determine whether there is ROSC in the CPR process; the signal analysis apparatus comprises time-domain recognition logic; wherein the time-domain recognition logic is configured to determine whether there is ROSC in the CPR process by detecting time envelope of the pulse oximetry waveform signals in the time domain; the device is characterized in that the time-domain recognition is based on at least the following envelope characteristics: time information and amplitude information of peak points of a positive envelope curve formed from peak points of each pulse wave recognized in the pulse oximetry waveform signals; time information and amplitude information of valley points of a negative envelope curve formed from valley points of each pulse wave recognized in the pulse oximetry waveform signals. time information and amplitude information of peak points of a positive envelope curve formed from peak points of each pulse wave recognized in the pulse oximetry waveform signals; time information and amplitude information of valley points of a negative envelope curve formed from valley points of each pulse wave recognized in the pulse oximetry waveform signals.