mhurhangee/patent-ind-claim-en huggingface dataset:
A stationary exercise equipment, comprising: a supporting structure ; a force-resisting device situated inside the supporting structure; a main shaft penetrating through a main sprocket , two ends of the main shaft being sleeved with a first sprocket , via an unidirectional clutch , and a second sprocket , via another unidirectional clutch , respectively;a plurality of front pulleys and a plurality of rear pulleys correspondingly connected thereto; two user supports , wherein each user support is coupled to a chain , wherein the chains engage the first sprocket and the second sprocket, respectively, to drive the main sprocket, wherein each of the chains is coupled to a flexible cable which travels around the rear pulleys and to another flexible cable which travels around the front pulleys; characterized in that the stationary exercise equipment further comprises a hub mounted continuously variable transmission installed on the force-resisting device, wherein the force-resisting device is a fluid displacement turbine; and an engagement chain is provided for engaging the main sprocket and the hub mounted continuously variable transmission, so that the engagement chain engaging the main sprocket and the hub mounted continuously variable transmission can be driven to bring the force-resisting device into rotation, and a movable user interface installed on the supporting structure for controlling a transmission ratio. a supporting structure ; a force-resisting device situated inside the supporting structure; a main shaft penetrating through a main sprocket , two ends of the main shaft being sleeved with a first sprocket , via an unidirectional clutch , and a second sprocket , via another unidirectional clutch , respectively;a plurality of front pulleys and a plurality of rear pulleys correspondingly connected thereto; two user supports , wherein each user support is coupled to a chain , wherein the chains engage the first sprocket and the second sprocket, respectively, to drive the main sprocket, wherein each of the chains is coupled to a flexible cable which travels around the rear pulleys and to another flexible cable which travels around the front pulleys; characterized in that the stationary exercise equipment further comprises a hub mounted continuously variable transmission installed on the force-resisting device, wherein the force-resisting device is a fluid displacement turbine; and an engagement chain is provided for engaging the main sprocket and the hub mounted continuously variable transmission, so that the engagement chain engaging the main sprocket and the hub mounted continuously variable transmission can be driven to bring the force-resisting device into rotation, and a movable user interface installed on the supporting structure for controlling a transmission ratio.
A method of distinguishing between sepsis and non-infective systemic inflammatory response syndrome (SIRS) comprising measuring the amount of a group of polypeptides comprising each of TNF-related apoptosis-inducing ligand (TRAIL), C-reactive protein (CRP), Interferon gamma-induced protein 10 (IP10), Interleukin 6 (IL-6) and Procalcitonin (PCT) in a sample derived from the subject, wherein said amount is indicative of sepsis or non-infective SIRS.
A method for determining blood pressure of a patient, the method comprising: collecting, with a first device, a first plurality of blood pressure measurements of the patient; collecting, with a second device, a second plurality of blood pressure measurements of the patient; identifying , with a processor, a divergence between the first plurality and the second plurality ; retrieving, from a memory, a clinical event; analyzing , using the processor, the first plurality and the second plurality with reference to the clinical event, wherein analyzing blood pressure measurements with reference to the clinical event comprises: identifying a change in the measurements of the first plurality ; comparing a time of the identified change with a time of the clinical event; and comparing a directionality of the change in the measurements of the first plurality with a directionality expected from the clinical event, and determining that the first plurality is more accurate than the second plurality based on the analyzing, wherein determining that the first plurality is more accurate comprises determining that the directionality of the identified change in the first plurality is roughly concordant with the expected directionality of the clinical event. collecting, with a first device, a first plurality of blood pressure measurements of the patient; collecting, with a second device, a second plurality of blood pressure measurements of the patient; identifying , with a processor, a divergence between the first plurality and the second plurality ; retrieving, from a memory, a clinical event; analyzing , using the processor, the first plurality and the second plurality with reference to the clinical event, wherein analyzing blood pressure measurements with reference to the clinical event comprises: identifying a change in the measurements of the first plurality ; comparing a time of the identified change with a time of the clinical event; and comparing a directionality of the change in the measurements of the first plurality with a directionality expected from the clinical event, and identifying a change in the measurements of the first plurality ; comparing a time of the identified change with a time of the clinical event; and comparing a directionality of the change in the measurements of the first plurality with a directionality expected from the clinical event, and determining that the first plurality is more accurate than the second plurality based on the analyzing, wherein determining that the first plurality is more accurate comprises determining that the directionality of the identified change in the first plurality is roughly concordant with the expected directionality of the clinical event.
A method in a node for a wireless communications network, the node comprising a packet queue storing one or more data units for encapsulation, the one or more data units being associated with respective discard timers, upon expiry of which, the associated data unit is discarded without transmission from the node, the method comprising: obtaining a first data unit for storage in the packet queue; determining a type of data carried by the first data unit; and re-determining timer values for the respective discard timers associated with the one or more data units stored in the packet queue as a function of the determined type of data carried by the first data unit. obtaining a first data unit for storage in the packet queue; determining a type of data carried by the first data unit; and re-determining timer values for the respective discard timers associated with the one or more data units stored in the packet queue as a function of the determined type of data carried by the first data unit.
An image forming apparatus comprising: an image forming part to form an image on printing paper; a sensor part to irradiate light to the printing paper and detect amount of transmitted light transmitted through the printing paper and amount of reflected light reflected from the printing paper at each of a plurality of positions; and a processor to determine a thickness of the printing paper on the basis of the amount of the transmitted light and the amounts of a plurality of reflected lights, and to control the image forming part on the basis of the determined thickness, characterized in that the processor: is configured to calculate the amount of calibrated transmitted light by normalizing the amount of the transmitted light on the basis of amount of first reflected light among the amounts of the plurality of reflected lights, to calculate the amount of calibrated reflected light by normalizing amount of second reflected light different from the amount of the first reflected light on the basis of the amount of the first reflected light, and to calculate a thickness coefficient by adding the amount of the calibrated transmitted light and the amount of the calibrated reflected light, and to determine the thickness of the printing paper based on the calculated thickness coefficient. an image forming part to form an image on printing paper; a sensor part to irradiate light to the printing paper and detect amount of transmitted light transmitted through the printing paper and amount of reflected light reflected from the printing paper at each of a plurality of positions; and a processor to determine a thickness of the printing paper on the basis of the amount of the transmitted light and the amounts of a plurality of reflected lights, and to control the image forming part on the basis of the determined thickness, characterized in that the processor: is configured to calculate the amount of calibrated transmitted light by normalizing the amount of the transmitted light on the basis of amount of first reflected light among the amounts of the plurality of reflected lights, to calculate the amount of calibrated reflected light by normalizing amount of second reflected light different from the amount of the first reflected light on the basis of the amount of the first reflected light, and to calculate a thickness coefficient by adding the amount of the calibrated transmitted light and the amount of the calibrated reflected light, and to determine the thickness of the printing paper based on the calculated thickness coefficient.
Compressor element of a screw compressor for compressing gas, with the compressor element comprising a housing with an inlet for the gas on the inlet side , and an outlet for the gas on the outlet side and two rotor chambers in which two helical rotors (6 and 7) are mounted on bearings that upon being driven mesh together in order to compress the gas, respectively a male rotor with a drive for the male rotor and a female rotor that is driven by the male rotor by means of synchronisation gearwheels (24 and 25) with at least one synchronisation gearwheel on the male rotor and one synchronisation gearwheel on the female rotor , wherein the synchronisation gearwheel of the male rotor is provided with an oblique or helical toothing, whereby the pitch of the toothing of the synchronisation gearwheel and the pitch of the helix of the male rotor with respect to the axial direction (X-X') of the male rotor have the same orientation; characterised in that the drive on the male rotor comprises a drive gearwheel with a straight toothing or with an oblique or helical toothing of which the pitch of the toothing is oriented opposite to the pitch of the helix of the male rotor with respect to the axial direction (X-X') of the male rotor such that, when the compressor element is driven, it exerts little or no axial force on the male rotor or an axial force that is directed from the outlet side to the inlet side , respectively; or the male rotor has a direct drive, whereby the male rotor is directly coupled to a shaft of a motor for the drive; such that, upon being driven with acceleration of the rotors (6 and 7) of the compressor element without gas forces, the resulting mechanical drive force that is exerted by this drive and by this synchronisation gearwheel on the male rotor has an axial component (Fp and Fs) that is directed from the outlet side to the inlet side ; and that the movement of the male rotor in the axial direction (X-X') from the outlet side to the inlet side is fixed by means of a single axial single-acting or double-acting bearing . the synchronisation gearwheel of the male rotor is provided with an oblique or helical toothing, whereby the pitch of the toothing of the synchronisation gearwheel and the pitch of the helix of the male rotor with respect to the axial direction (X-X') of the male rotor have the same orientation; characterised in that the drive on the male rotor comprises a drive gearwheel with a straight toothing or with an oblique or helical toothing of which the pitch of the toothing is oriented opposite to the pitch of the helix of the male rotor with respect to the axial direction (X-X') of the male rotor such that, when the compressor element is driven, it exerts little or no axial force on the male rotor or an axial force that is directed from the outlet side to the inlet side , respectively; or the male rotor has a direct drive, whereby the male rotor is directly coupled to a shaft of a motor for the drive;
A particle processing system comprising, a particle inspection system configured to detect a particle characteristic of a particle flowing in a first flow path of the particle processing system , the particle processing system being characterised in that it further comprises a processor programmed to: process in real time a first output (S 1 , S 2a , S 2b ) of the particle inspection system representative of the particle characteristic detected from at least one particle to generate a calibrated output representative of the particle characteristic for the at least one particle to provide a common basis for comparing the calibrated output to a second output (S 1 , S 2a , S 2b ) representative of the particle characteristic obtained for a different particle in a different flow path or in a different region of the first flow path; collectively analyze the calibrated output and the second output (S 1 , S 2a , S 2b ) to at least determine one of a population statistic or identify a sub-population; and sort other particles based on at least one of the determined population statistic or the identified sub-population. process in real time a first output (S 1 , S 2a , S 2b ) of the particle inspection system representative of the particle characteristic detected from at least one particle to generate a calibrated output representative of the particle characteristic for the at least one particle to provide a common basis for comparing the calibrated output to a second output (S 1 , S 2a , S 2b ) representative of the particle characteristic obtained for a different particle in a different flow path or in a different region of the first flow path; collectively analyze the calibrated output and the second output (S 1 , S 2a , S 2b ) to at least determine one of a population statistic or identify a sub-population; and sort other particles based on at least one of the determined population statistic or the identified sub-population.
A mask assembly comprising: a seal chamber configured to cover at least a mouth or a nose of a user, and mask frame , and a ball joint, the ball joint comprising: a ball end , and a ball socket having a passage to receive the ball end , at least one rotation limiting structure provided at least at a rear portion of the ball end which prevents the ball end from rotating to an extent preventing insertion of the fluid connector into the ball end .; and a fluid connector configured to connect the mask assembly to a gases supply, the fluid connector comprising: a conduit comprising a first end and a second end, a passage extending from the first end to the second end for transporting gases therebetween, and a releasable connection at the first end configured to couple to the ball joint. a seal chamber configured to cover at least a mouth or a nose of a user, and mask frame , and a ball joint, the ball joint comprising: a ball end , and a ball socket having a passage to receive the ball end , at least one rotation limiting structure provided at least at a rear portion of the ball end which prevents the ball end from rotating to an extent preventing insertion of the fluid connector into the ball end .; and a ball end , and a ball socket having a passage to receive the ball end , at least one rotation limiting structure provided at least at a rear portion of the ball end which prevents the ball end from rotating to an extent preventing insertion of the fluid connector into the ball end .; and a fluid connector configured to connect the mask assembly to a gases supply, the fluid connector comprising: a conduit comprising a first end and a second end, a passage extending from the first end to the second end for transporting gases therebetween, and a releasable connection at the first end configured to couple to the ball joint. a conduit comprising a first end and a second end, a passage extending from the first end to the second end for transporting gases therebetween, and a releasable connection at the first end configured to couple to the ball joint.
A control device of an air conditioner, the control device comprising: an interface configured to receive measurement information indicating an indoor temperature; and a controller configured to, after initiating an air conditioning operation according to a set temperature which is inputted by a user, detect, based on the measurement information, the indoor temperature at a first predetermined time from a time at which the air conditioning operation is initiated, in response to a range of a change of the indoor temperature being larger than a pre-defined median variation value after the indoor temperature reaches the set temperature at the first predetermined time, determine occurrence of an inefficient driving event, and in response to the inefficient driving event occurring, change the set temperature. an interface configured to receive measurement information indicating an indoor temperature; and a controller configured to, after initiating an air conditioning operation according to a set temperature which is inputted by a user, detect, based on the measurement information, the indoor temperature at a first predetermined time from a time at which the air conditioning operation is initiated, in response to a range of a change of the indoor temperature being larger than a pre-defined median variation value after the indoor temperature reaches the set temperature at the first predetermined time, determine occurrence of an inefficient driving event, and in response to the inefficient driving event occurring, change the set temperature.
A flat-belt type test bench for commercial vehicles, comprising a main bench body and a bench test system, the main bench body mounted inside a foundation , wherein the main bench body comprises a main bench frame , a bench cover , front axle flat-belt assemblies and rear axle flat-belt assemblies , each front axle flat-belt assembly provided therein with a fixed plate , a rotary disc and a limiting mechanism , wherein the fixed plate is arranged on the front section of the main bench frame , with the rotary disc being arranged on a central portion of the fixed plate rotatably, and wherein the front axle flat-belt assembly is arranged at center of the rotary disc on the fixed plate , the limiting mechanism disposed external to the rotary disc and configured to limit rotation of the rotary disc during a test, each rear axle flat-belt assembly comprising a flat belt and flat belt pulleys both disposed within the flat belt at opposing ends thereof, wherein the foundation defines a sector-shaped mounting depression in which the main bench body is mounted, with an iron floor being arranged under the main bench body and a pivotal support base connecting the iron floor to the main bench body , so that a top surface of the main bench body is flush with a floor surface of the foundation , the mounting depression provided at a front edge thereof with an arc-shaped guide track , the main bench body provided at a front end thereof with guide wheels engaging the arc-shaped guide track , and wherein the main bench body is configured to support thereon a commercial vehicle under test with front wheels resting on the front axle flat-belt assemblies so that the front axle flat-belt assemblies are able to turn independently with the steer wheels and rear wheels resting on the rear axle flat-belt assemblies .
A shutter assembly, comprising: a first shutter blade having a first toothed arm extending therefrom, a first light transmitting aperture therein, and an illuminator thereon; a second shutter blade positioned adjacent and parallel to the first shutter blade, the second shutter blade having a second toothed arm extending therefrom and a second light transmitting aperture therein, the first and second shutter blades supported to allow parallel linear motion; and a motor having a gear disposed between, and meshed with, the first and second toothed arms such that rotation of the gear causes the first and second shutter blades to move linearly in opposite directions between an open measuring position in which the first and second light transmitting apertures are in an overlapping relationship with respect to one another, and a closed illumination position in which the first and second light transmitting apertures are in a non-overlapping relationship with respect to one another and the illuminator is positioned to illuminate away from the second shutter blade. a first shutter blade having a first toothed arm extending therefrom, a first light transmitting aperture therein, and an illuminator thereon; a second shutter blade positioned adjacent and parallel to the first shutter blade, the second shutter blade having a second toothed arm extending therefrom and a second light transmitting aperture therein, the first and second shutter blades supported to allow parallel linear motion; and a motor having a gear disposed between, and meshed with, the first and second toothed arms such that rotation of the gear causes the first and second shutter blades to move linearly in opposite directions between an open measuring position in which the first and second light transmitting apertures are in an overlapping relationship with respect to one another, and a closed illumination position in which the first and second light transmitting apertures are in a non-overlapping relationship with respect to one another and the illuminator is positioned to illuminate away from the second shutter blade.
A piercing needle-equipped cannula , comprising: a cannula configured to be pierced in an eyeball and used in ophthalmic operations; a resin cap having a slit opened in the cannula ; and a piercing needle attached to the cannula , the piercing needle is comprised of a needle main body on a front end side, a base on a base end side, and a slit piercing part piercing the slit in a state where the needle main body and the base are connected, characterised in that the cross-sectional area of the slit piercing part is a flat rectangle and smaller than that of the thickest part of the needle main body . a cannula configured to be pierced in an eyeball and used in ophthalmic operations; a resin cap having a slit opened in the cannula ; and a piercing needle attached to the cannula , the piercing needle is comprised of a needle main body on a front end side, a base on a base end side, and a slit piercing part piercing the slit in a state where the needle main body and the base are connected, characterised in that the cross-sectional area of the slit piercing part is a flat rectangle and smaller than that of the thickest part of the needle main body .
A combination comprising a small non-coding RNA or antisense oligonucleotide, a cationic polymeric nanoparticle and at least one cationic amphiphilic compound, said compound having a molecular weight below 1000 g/mol, having a log P value of at least 3, and comprising one or more basic amines, the conjugated acid of no more than one, and more specific only one of said amines having a pKa of at least 5.