mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound system for detecting a gas pocket in a Region-of-Interest, comprising: an ultrasound probe for transmitting an ultrasound signal toward the Region-of-Interest and acquiring an ultrasound echo signal reflected from the Region-of-Interest along a plurality of scanning lines; an obtaining unit for obtaining a second harmonic component of the ultrasound echo signal for each depth of a plurality of depths along each scanning line of the plurality of scanning lines; and a deriving unit for deriving a change in a center frequency of the second harmonic component along with the depth. an ultrasound probe for transmitting an ultrasound signal toward the Region-of-Interest and acquiring an ultrasound echo signal reflected from the Region-of-Interest along a plurality of scanning lines; an obtaining unit for obtaining a second harmonic component of the ultrasound echo signal for each depth of a plurality of depths along each scanning line of the plurality of scanning lines; and a deriving unit for deriving a change in a center frequency of the second harmonic component along with the depth.
An aptamer, or an active fragment thereof, which retains the capacity to disrupt rosettes raised against the semi-conserved duffy binding-like domain 1α, DBL1α, region of the Plasmodium falciparum erythrocyte membrane protein 1, PfEMP1, wherein the aptamer is selected from the group consisting of and or from the group consisting of fluorinated aptamers SEQ. ID. NO. 4 to 6, consisting of
A method of making a biocompatible composition, the method comprising: a) swelling a plurality of fragments of an acellular tissue matrix in an acidic solution to create a homogeneous suspension; b) applying the homogeneous suspension to a biocompatible mesh substrate; and c) freeze-drying the suspension on the biocompatible mesh substrate to form an ATM sponge coating the mesh composition. a) swelling a plurality of fragments of an acellular tissue matrix in an acidic solution to create a homogeneous suspension; b) applying the homogeneous suspension to a biocompatible mesh substrate; and c) freeze-drying the suspension on the biocompatible mesh substrate to form an ATM sponge coating the mesh composition.
A trunnion arm for a landing gear system, the trunnion arm defining a trunnion arm axis (A-A') and configured for coupling to an outer cylinder, the outer cylinder defining an outer cylinder axis (B-B'), comprising: a centering portion in a central portion of the trunnion arm, the centering portion adapted to extend along the outer cylinder axis, wherein the centering portion comprises an annulus or an annular shape having a diameter and comprising a perimeter that defines an aperture or a hole; and characterized in that the central portion of the trunnion arm includes a first stress relieving portion adapted to extend along the outer cylinder axis and disposed in a position adjacent to the centering portion substantially along the trunnion arm axis (A-A'), the first stress relieving portion comprising an annular shape or an annulus having a diameter and comprising a perimeter that defines an aperture or a hole; and wherein the diameter of the stress relieving portion is less than the diameter of the centering portion, and wherein the first stress relieving portion is configured to relieve stress spreading from the centering portion to the outer cylinder. a centering portion in a central portion of the trunnion arm, the centering portion adapted to extend along the outer cylinder axis, wherein the centering portion comprises an annulus or an annular shape having a diameter and comprising a perimeter that defines an aperture or a hole; and characterized in that the central portion of the trunnion arm includes a first stress relieving portion adapted to extend along the outer cylinder axis and disposed in a position adjacent to the centering portion substantially along the trunnion arm axis (A-A'), the first stress relieving portion comprising an annular shape or an annulus having a diameter and comprising a perimeter that defines an aperture or a hole; and wherein the diameter of the stress relieving portion is less than the diameter of the centering portion, and wherein the first stress relieving portion is configured to relieve stress spreading from the centering portion to the outer cylinder.
A method of controlling an industrial system by means of a control system comprising a user interface having main display means arranged to provide a status view of at least a portion of the industrial system and secondary display means enabling user interaction with the industrial system and the main display means, wherein the method comprises: receiving an alert concerning a status change in a part of the industrial system, displaying, on the secondary display means, an alert object (A1, A2; 0-3C) associated with the part of the industrial system generating the alert, detecting a selection of the alert object (A1, A2; 0-3C) based on gesture-based user input, displaying the alert object (A1, A2; 0-3C) on the main display means, receiving an adjustment command of a parameter via gesture-based user input, the parameter being associated with the part of the industrial system generating the alert, adjusting the parameter based on the adjustment command, and controlling the part generating the alert based on the adjusted parameter. receiving an alert concerning a status change in a part of the industrial system, displaying, on the secondary display means, an alert object (A1, A2; 0-3C) associated with the part of the industrial system generating the alert, detecting a selection of the alert object (A1, A2; 0-3C) based on gesture-based user input, displaying the alert object (A1, A2; 0-3C) on the main display means, receiving an adjustment command of a parameter via gesture-based user input, the parameter being associated with the part of the industrial system generating the alert, adjusting the parameter based on the adjustment command, and controlling the part generating the alert based on the adjusted parameter.
A bonding method for joining first and second components (1, 2) by adhesive bonding at a bonding interface defined by respective complementary bonding faces (13, 23) of the first and second components, the method comprising a pre-bonding fit check in which the components are arranged in an intended bonding position to check the closeness of fit between them over the bonding interface, characterized in that the fit check comprises: bringing the components together in the intended bonding position with a flexible, compressible spacing sensor layer between their bonding faces, thereby compressing the sensor layer to varying degrees according to the spacing between the faces at different regions of the bonding interface, and sensing the degree of compression of the sensor layer at the different regions to obtain a bondline thickness profile for the bonding interface. bringing the components together in the intended bonding position with a flexible, compressible spacing sensor layer between their bonding faces, thereby compressing the sensor layer to varying degrees according to the spacing between the faces at different regions of the bonding interface, and sensing the degree of compression of the sensor layer at the different regions to obtain a bondline thickness profile for the bonding interface.
A displaying cabinet, comprising: an outer frame with a transparent layer; and a rack, wherein several displaying units are formed by several shelves, CHARACTERISED BY an automotive explosion-proof film layer, which is attached to the transparent layer of the outer frame and wherein the film-applied transparent layer is either transparent or mirroring depending on light irradiating on an incident side of a photic layer of the automotive explosion-proof film layer; a base plate with a light source assembly at the rear of the shelves, wherein several light source units are secured on the base plate; a baffle, which is disposed between the base plate with the light source assembly and the stereo rack, whereby the light source assembly on the base plate 5 irradiates light uniformly towards the stereo rack 3 through the baffle 4; wherein the outer frame is connected to the base plate with a removable fit, and the photic layer of the automotive explosion-proof film layer is located at the side of the light source units, wherein an inside of the rack dispaying cabinet can be seen through the film-applied transparent layer, where light from the light source assembly irradiates on the incident side of the photic layer of the automotive explosion-proof film layer 2 on the outer frame 1, and the automotive explosion-proof film layer 2 forms a mirror, where the light source assembly is turned off. an outer frame with a transparent layer; and a rack, wherein several displaying units are formed by several shelves, CHARACTERISED BY an automotive explosion-proof film layer, which is attached to the transparent layer of the outer frame and wherein the film-applied transparent layer is either transparent or mirroring depending on light irradiating on an incident side of a photic layer of the automotive explosion-proof film layer; a base plate with a light source assembly at the rear of the shelves, wherein several light source units are secured on the base plate; a baffle, which is disposed between the base plate with the light source assembly and the stereo rack, whereby the light source assembly on the base plate 5 irradiates light uniformly towards the stereo rack 3 through the baffle 4; wherein the outer frame is connected to the base plate with a removable fit, and the photic layer of the automotive explosion-proof film layer is located at the side of the light source units, wherein an inside of the rack dispaying cabinet can be seen through the film-applied transparent layer, where light from the light source assembly irradiates on the incident side of the photic layer of the automotive explosion-proof film layer 2 on the outer frame 1, and the automotive explosion-proof film layer 2 forms a mirror, where the light source assembly is turned off.
Device for monitoring the position of a tool or tool carrier on a work spindle, in particular in a processing machine, wherein the work spindle has on its front side, a flat surface for plane-parallel support of a flat surface of the tool or tool carrier in its clamped state, and wherein in the work spindle is arranged at least one sensor which delivers a measurement signal which is dependent on the position of the tool or tool carrier with regard to the work spindle, characterised in that the sensor is an ultrasound sensor which is arranged in the interior of the work spindle on a surface of the body of the work spindle and equipped to couple an ultrasound signal being propagated in the body of the work spindle in the direction of the flat surface into the body of the work spindle to receive from the body of the work spindle a reflection signal, and to derivefrom the reflection signal the measurement signal and to distribute it to an output.
A support roller for a carriage of a top frame for a tarpaulin structure, comprising two ball bearing rings (304, 305) with balls (304a, 305a), at least one inner bearing shell (302, 303), and an outer bearing shell which is assigned to both ball bearing rings (304, 305), which are each arranged concentrically about a roller axis and form a rolling bearing, wherein the at least one inner bearing shell (302, 303) has a preferably cylindrical receptacle for a connecting member, and wherein the outer bearing shell comprises a central circumferential surface for radial support on a guide, wherein the bearing shells (301; 302, 303) support the balls (304a, 305a) of each of the two ball bearing rings (304, 305) obliquely in the manner of an angular-contact ball bearing, wherein the outer bearing shell has flange regions (312, 313) which axially surround the central circumferential surface and which reach radially further away from the roller axis than the central circumferential surface, wherein the flange regions (312, 313) have end sides (312a, 313a) which are turned towards one another and which have an angle (α) relative to one another and a further angle relative to a plane perpendicular to the roller axis, characterized in that straight lines forming extensions of the end sides (312a, 313a) which are turned towards one another intersect in the at least one inner bearing shell (302, 303), and that the central circumferential surface has a width smaller than double the diameter of a ball (304a, 305a) of the ball bearing rings (304, 305). two ball bearing rings (304, 305) with balls (304a, 305a), at least one inner bearing shell (302, 303), and an outer bearing shell which is assigned to both ball bearing rings (304, 305),
A flexible datacenter comprising: a plurality of computing systems; a behind-the-meter power input system configured to input power from a local station to the flexible datacenter, wherein the power received by the behind-the-meter power input system is power that is generated and consumed on the input side of AC-to-AC step-up transformer (640, 740) that is configured to step up three phase generated AC voltage for a three-phase grid AC voltage; a power distribution system configured to provide power from the behind-the-meter power input system to the plurality of computing systems; and a datacenter control system; wherein the datacenter control system is configured to modulate power delivery to the plurality of computing systems based on an operational directive from a local control system, a remote master control system, or a grid operator. a plurality of computing systems; a behind-the-meter power input system configured to input power from a local station to the flexible datacenter, wherein the power received by the behind-the-meter power input system is power that is generated and consumed on the input side of AC-to-AC step-up transformer (640, 740) that is configured to step up three phase generated AC voltage for a three-phase grid AC voltage; a power distribution system configured to provide power from the behind-the-meter power input system to the plurality of computing systems; and a datacenter control system; wherein the datacenter control system is configured to modulate power delivery to the plurality of computing systems based on an operational directive from a local control system, a remote master control system, or a grid operator.
Hand-guided floor treatment device, having a bottom part with at least one tool for floor treatment and a motor for driving the at least one tool and having a guide part with a handle part, wherein the guide part is connected to the bottom part via a first articulation adjustable in a treatment direction with an articulation axis transversely to the treatment direction, wherein the bottom part has a liquid feed and a liquid receptacle, and wherein a structurally separate suction unit with a suction turbine for taking up liquid is provided, characterized in that the guide part comprises at the lower end below the centre, but above the bottom part, a further articulation with a further articulation axis extending transversely to the first articulation axis, around which axis the guide part is adjustable transversely to the treatment direction such that the bottom part can be turned by a user parallel to the treatment surface about a vertical axis of the bottom part in at least ± 270°, and in that the floor treatment device has at least one energy storage device (24, 33) to supply the at least one tool for the floor treatment.
Method for monitoring the exposure of one or more subjects to a magnetic field in an environment, comprising the steps of: - providing a spatial map of the components of said magnetic field in said environment; - detecting, over time, a spatial position of said one or more subjects in said environment; and, - characterised by extracting for each detected position from said map a corresponding value of the magnetic field associated with said detected position; and - processing said values of magnetic field extracted over time to assess whether they exceed predetermined safety thresholds. - providing a spatial map of the components of said magnetic field in said environment; - detecting, over time, a spatial position of said one or more subjects in said environment; and, - characterised by extracting for each detected position from said map a corresponding value of the magnetic field associated with said detected position; and - processing said values of magnetic field extracted over time to assess whether they exceed predetermined safety thresholds.
A system for performing remote maintenance used in an electronic network with a plurality of clients to serve, the system comprising: a client, including a plurality of processors; each one of the plurality of processors having a respective set of processing instructions stored on an respective associated computer readable memory; a database associated with the electronic network, the database including information correlating a list of the client processors with the respective set of processing instructions for each processor; and a virtual machine operable to receive a request to provide a software update to the client, access the database to retrieve the information related to the processors associated with the client and the respective set of processing instructions correlated to the associated processors, and perform calculations simulating a combination of the processors and their respective set of processing instructions that would result from the installation of the requested software update. a client, including a plurality of processors; each one of the plurality of processors having a respective set of processing instructions stored on an respective associated computer readable memory; a database associated with the electronic network, the database including information correlating a list of the client processors with the respective set of processing instructions for each processor; and a virtual machine operable to receive a request to provide a software update to the client, access the database to retrieve the information related to the processors associated with the client and the respective set of processing instructions correlated to the associated processors, and perform calculations simulating a combination of the processors and their respective set of processing instructions that would result from the installation of the requested software update.
Machine for the treatment, such as painting, of workpieces, such as panels, made of wood, plastic, fiberglass, glass, metal and the like, comprising means for the treatment (23, 24) of at least one of said workpieces to be treated, and a dragging system, for dragging a paper band, wherein the dragging system comprises a winding roller and a winding/unwinding roller, wherein said machine is characterized in that the winding roller wind the dirty paper, which has been dirtied by the treatment of at least one workpiece by means of said treatment means (23, 24), in that said winding/unwinding roller wind or unwind the clean paper, wherein the clean paper is intended to support at least one workpiece to be treated by means of said treatment means (23, 24) and to absorb or collect the waste of the treatment of said treatment means (23, 24), becoming dirty paper, and in that said machine includes return movable means, movable from a rest position to an operating position, wherein said return movable means pass from said rest position to said operating position to change the path of the paper unwound or wound by said winding/unwinding roller for a section sufficient to support said at least one workpiece without unwinding the dirty paper, and wherein said return movable means pass from said operating position to said rest position to provide clean paper to support said at least one workpiece, which is wound by said winding/unwinding roller, without unwinding said dirty paper. wherein said return movable means pass from said rest position to said operating position to change the path of the paper unwound or wound by said winding/unwinding roller for a section sufficient to support said at least one workpiece without unwinding the dirty paper, and wherein said return movable means pass from said operating position to said rest position to provide clean paper to support said at least one workpiece, which is wound by said winding/unwinding roller, without unwinding said dirty paper.
A method for producing glycidyl (meth)acrylate, comprising: reacting 3-chloro-2-hydroxypropyl (meth)acrylate and a basic carbonate compound in a polar solvent, wherein the polar solvent is an alcohol. reacting 3-chloro-2-hydroxypropyl (meth)acrylate and a basic carbonate compound in a polar solvent, wherein the polar solvent is an alcohol.
System for the metal coating of a workpiece having - a coating device which has a movable coating lance, by which a metal plasma jet can be produced to form a coating of metal particles, and - a nozzle means for producing a nozzle jet of a cooling gas, ch ara cterized in that - a cleaning station is provided, to which the coating lance can be moved at certain points in time, and - in that in the cleaning station the nozzle means is arranged, through which the nozzle jet is directed onto the coating lance for its cleaning, - in that a control means with a throttle valve is provided, by which the nozzle jet can be controlled. - a coating device which has a movable coating lance, by which a metal plasma jet can be produced to form a coating of metal particles, and - a nozzle means for producing a nozzle jet of a cooling gas, - a cleaning station is provided, to which the coating lance can be moved at certain points in time, and - in that in the cleaning station the nozzle means is arranged, through which the nozzle jet is directed onto the coating lance for its cleaning, - in that a control means with a throttle valve is provided, by which the nozzle jet can be controlled.
A method for use in a wireless device in a multi carrier system supporting spatial multiplexing of wireless devices, for transmitting a reference signal to a network node, the method comprising: receiving information indicating at least one frequency subcarrier spacing, the at least one frequency subcarrier spacing being based on at least a number of scheduled spatially multiplexed wireless devices in the multi carrier system; determining a sequence of a reference signal based at least on the received information; and transmitting the reference signal to the network node in resource elements of a reference signal carrying symbol using the indicated at least one frequency subcarrier spacing. receiving information indicating at least one frequency subcarrier spacing, the at least one frequency subcarrier spacing being based on at least a number of scheduled spatially multiplexed wireless devices in the multi carrier system; determining a sequence of a reference signal based at least on the received information; and transmitting the reference signal to the network node in resource elements of a reference signal carrying symbol using the indicated at least one frequency subcarrier spacing.