mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring thermal diffusivity of a middle layer of a three-layer structure comprising forming a three-layer structure from a middle layer whose thermophysical properties are unknown and two outer layers (2, 3) of the same material as each other, that material having known thermal properties, the method comprising heating one side of the three-layer structure by a pulse light, measuring the transient temperature rise on the opposite side of the three-layer structure, and determining the thermal diffusivity from the transient temperature rise, characterised in that the three-layer structure is disposed on a transparent substrate, and the heating pulse light passes through said transparent substrate; in that the thickness of each of the three layers is fcnown, and in that the method comprises forming a plurality of three-layer structures, the middle layers differing only In their thickness, calculating, for each three-layer structure, an area defined by the transient temperature history curve of the opposite side of the three-layer structure and a horizontal axis corresponding to pulse heating time, and then determining from the areas the thermal diffusivity and the interface thermal resistances of each of the three-layer structures.
A resectoscope apparatus, having two electrodes (41, 45) provided in a conductive solution within a body cavity and high frequency current supply means for supplying high frequency current between the two electrodes (41, 45), in which the high frequency current is discharged from at least one of the two electrodes (41, 45) to a living tissue, and the living tissue is resected and is coagulated, the apparatus comprising: comparing means for comparing resistance values around the two electrodes (41, 45) with a predetermined threshold value; and control means for controlling an output of the high frequency current supply means based on a comparison result by the comparing means; characterized in that, in response to receiving a signal to output current from the high frequency current supply means and before outputting a predetermined high frequency current for treatment, the control means is configured to produce a predetermined detection current using power at which an electrical breakdown is not produced when the electrodes (41, 45) are in electrical contact with air or an insulative liquid, to measure the resistance values at the predetermined detection current and to prohibit the output of the predetermined high frequency current for treatment when the measured resistance is higher than or equal to the predetermined threshold value indicative of the electrodes (41,45) being in electrical contact with an insulative liquid or air. comparing means for comparing resistance values around the two electrodes (41, 45) with a predetermined threshold value; and control means for controlling an output of the high frequency current supply means based on a comparison result by the comparing means;
A screw compressor, comprising: a casing having an outer peripheral wall; and a compression mechanism including a screw rotor provided with helical grooves, a gate rotor including a plurality of gates meshing with the helical grooves, and a cylinder housing the screw rotor, the compression mechanism being disposed inward of the outer peripheral wall, wherein a discharge passage through which a fluid compressed in the compression mechanism flows is formed inside the outer peripheral wall, and the discharge passage includes an inner peripheral passage formed along an outer peripheral surface of the cylinder to extend in an axial direction of the cylinder, characterized in that the discharge passage further includes an outer peripheral passage formed along the inner peripheral passage and the outer peripheral wall to extend in the axial direction of the cylinder, so that the fluid compressed in the compression mechanism sequentially flows through the inner peripheral passage and the outer peripheral passage. a casing having an outer peripheral wall; and a compression mechanism including a screw rotor provided with helical grooves, a gate rotor including a plurality of gates meshing with the helical grooves, and a cylinder housing the screw rotor, the compression mechanism being disposed inward of the outer peripheral wall, wherein a discharge passage through which a fluid compressed in the compression mechanism flows is formed inside the outer peripheral wall, and the discharge passage includes an inner peripheral passage formed along an outer peripheral surface of the cylinder to extend in an axial direction of the cylinder, characterized in that the discharge passage further includes an outer peripheral passage formed along the inner peripheral passage and the outer peripheral wall to extend in the axial direction of the cylinder, so that the fluid compressed in the compression mechanism sequentially flows through the inner peripheral passage and the outer peripheral passage.
Gas flow controller provided with a body housing a gas line comprising an upstream end intended to be connected to a gas source and a downstream end provided with an outlet connection and intended to be connected to a gas user with a controlled flow, the gas line comprising a regulating member for selectively controlling the flow of the fluid circulating between the upstream and downstream ends, the flow controller comprising a manual control member mounted such that it can move in relation to the body and engaging with the fluid flow regulating member to control the fluid flow allowed to pass from the upstream end to the downstream end depending on the position of the control member in relation to the body, characterised in that the control member comprises a peripheral grasping wall defining a hollow central volume open to the outside of the controller and in that the outlet connection is situated in and opens out into said hollow central volume, the hollow volume being defined by a wall of the control member forming a protective enclosure around the outlet connection and spaced apart from the latter.
A method of a source radio base station of enabling a connection of a wireless communication device released by the source radio base station to be resumed by a target radio base station, the method comprising: receiving (S100, S101), from the wireless communication device, an indication that a connection established with the wireless communication device is to be released; identifying a target base station with which the connection to be released can be resumed for the wireless communication device; and before releasing the connection to the wireless communication device, transmitting, to the identified target base station, information required to resume the connection to be released by the source base station for the wireless communication device. receiving (S100, S101), from the wireless communication device, an indication that a connection established with the wireless communication device is to be released; identifying a target base station with which the connection to be released can be resumed for the wireless communication device; and before releasing the connection to the wireless communication device, transmitting, to the identified target base station, information required to resume the connection to be released by the source base station for the wireless communication device.
A treatment method for breaking a nucleic acid by means of a transposase comprising the following steps: randomly interrupting a nucleic acid using a transposase-embedded complex, wherein the transposase-embedded complex comprises a transposase and a first adapter comprising a transposase identification sequence; adding a first reagent for treatment, so as to break the adsorption effect of the transposase and the target sequence of the nucleic acid; adding a second reagent for treatment, so as to weaken the influence of the first reagent on the subsequent enzymatic reactions; and performing a PCR reaction by using a product generated after the second reagent treatment as a template component, so as to obtain a PCR product with an adapter at each end of the interrupted nucleic acid fragment; wherein the first reagent comprises a SDS solution; wherein the second reagent comprises Triton-X100 solution, and further comprises a Tween-20 solution. randomly interrupting a nucleic acid using a transposase-embedded complex, wherein the transposase-embedded complex comprises a transposase and a first adapter comprising a transposase identification sequence; adding a first reagent for treatment, so as to break the adsorption effect of the transposase and the target sequence of the nucleic acid; adding a second reagent for treatment, so as to weaken the influence of the first reagent on the subsequent enzymatic reactions; and performing a PCR reaction by using a product generated after the second reagent treatment as a template component, so as to obtain a PCR product with an adapter at each end of the interrupted nucleic acid fragment; wherein the first reagent comprises a SDS solution; wherein the second reagent comprises Triton-X100 solution, and further comprises a Tween-20 solution.
A recombinant FVIII molecule, wherein said molecule is covalently conjugated to at least one hydrophobic side group, wherein the hydrophobic side group is linked to said molecule via a sialic acid, wherein said hydrophobic side group is covalently conjugated to an O-glycan via a sialic acid, wherein said O-glycan is situated in a truncated B domain, and wherein FVIII activation results in removal of said hydrophobic side group.
A support system for supporting a load such as a display device, the support system comprising a mount for a load, a base element and a support arm between, and pivotally connected to, the mount and base element at, respectively, distal and proximal portions of the support arm, wherein the support arm comprises: a proximal support arm pivot coupling a proximal portion of the support arm to the base element; a distal support arm pivot coupling a distal portion of the support arm to the mount; a slider element moveable along the longitudinal axis of the support arm; a proximal slider link between and pivotally connected to, a proximal portion of the slider and the base element, the proximal slider link including a first proximal pivot coupling the proximal slider link to the base element and a first distal pivot coupling the proximal link to the slider element, wherein the first distal pivot is offset from the longitudinal axis; a distal slider link between and pivotally connected to a distal portion of the slider and the mount, the distal slider link including a second proximal pivot coupling the distal slider link to the slider element and a second distal pivot coupling the distal slider link to the mount, wherein the second proximal pivot is offset from the longitudinal axis. a distal support arm pivot coupling a distal portion of the support arm to the mount; a slider element moveable along the longitudinal axis of the support arm; a proximal slider link between and pivotally connected to, a proximal portion of the slider and the base element, the proximal slider link including a first proximal pivot coupling the proximal slider link to the base element and a first distal pivot coupling the proximal link to the slider element, wherein the first distal pivot is offset from the longitudinal axis; a distal slider link between and pivotally connected to a distal portion of the slider and the mount, the distal slider link including a second proximal pivot coupling the distal slider link to the slider element and a second distal pivot coupling the distal slider link to the mount, wherein the second proximal pivot is offset from the longitudinal axis.
A system for visualizing image data, comprising: - an image interface for accessing the image data; - a display processor for i) generating a plurality of different views of the image data based on one or more view parameters defining each one of the plurality of different views, and ii) generating a gallery comprising the plurality of different views; and - a user interface subsystem for j) enabling the user to select one the plurality of different views from the gallery, thereby obtaining a selected view, and jj) enabling the user to adjust the selected view by adjusting a view parameter of the selected view, thereby obtaining an adjusted view parameter; - wherein the display processor is arranged for updating the gallery by adjusting at least another one of the plurality of different views (304, 305) based on the adjusted view parameter, thereby establishing an adjusted other view (304A, 305A) in the gallery; - characterised in that the user interface subsystem is arranged for enabling the user to adjust the view parameter by i) causing the display processor to generate a further gallery comprising variants of the selected view (301A-301L) which are generated based on different values of the view parameter, and ii) enabling the user to establish the adjusted view parameter by selecting one of the variants of the selected view from the further gallery. - an image interface for accessing the image data; - a display processor for i) generating a plurality of different views of the image data based on one or more view parameters defining each one of the plurality of different views, and ii) generating a gallery comprising the plurality of different views; and - a user interface subsystem for j) enabling the user to select one the plurality of different views from the gallery, thereby obtaining a selected view, and jj) enabling the user to adjust the selected view by adjusting a view parameter of the selected view, thereby obtaining an adjusted view parameter; - wherein the display processor is arranged for updating the gallery by adjusting at least another one of the plurality of different views (304, 305) based on the adjusted view parameter, thereby establishing an adjusted other view (304A, 305A) in the gallery; - characterised in that the user interface subsystem is arranged for enabling the user to adjust the view parameter by i) causing the display processor to generate a further gallery comprising variants of the selected view (301A-301L) which are generated based on different values of the view parameter, and ii) enabling the user to establish the adjusted view parameter by selecting one of the variants of the selected view from the further gallery.
Apparatus for treating household or similar waste in order to create fuel, comprising: - a dryer device, in which material to be treated is subjected to a drying process, - a feed device, arranged upstream of the dryer device, via which the material to be treated is fed to the dryer device, and - a discharge device, arranged downstream of the dryer device, via which the material to be treated is discharged from the dryer device after the drying process, wherein - the dryer device and the discharge device are configured such that airborne constituents of the material to be treated are transported forward by means of a gas stream which is formed at least in some sections as a gas stream that has been made inert, and non-airborne heavy constituents of the material to be treated are transported forward by means of mechanical conveying, wherein - inner wall sections along a flow path of the gas stream are provided with an anti-wear lining, wherein - the dryer device is formed with a rotatably mounted dryer drum which has baffle plates that rotate with the dryer drum and have vane elements arranged thereon, by virtue of which the airborne constituents are dispersed in the dryer drum and the non-airborne heavy constituents are mechanically transported, and wherein - the baffle plates are provided with openings at the outer edge and with additional carriers. - a dryer device, in which material to be treated is subjected to a drying process, - a feed device, arranged upstream of the dryer device, via which the material to be treated is fed to the dryer device, and - a discharge device, arranged downstream of the dryer device, via which the material to be treated is discharged from the dryer device after the drying process, wherein - the dryer device and the discharge device are configured such that airborne constituents of the material to be treated are transported forward by means of a gas stream which is formed at least in some sections as a gas stream that has been made inert, and non-airborne heavy constituents of the material to be treated are transported forward by means of mechanical conveying, wherein - inner wall sections along a flow path of the gas stream are provided with an anti-wear lining, wherein - the dryer device is formed with a rotatably mounted dryer drum which has baffle plates that rotate with the dryer drum and have vane elements arranged thereon, by virtue of which the airborne constituents are dispersed in the dryer drum and the non-airborne heavy constituents are mechanically transported, and wherein - the baffle plates are provided with openings at the outer edge and with additional carriers.
A method, comprising: providing, at a client system, an encrypted private key that can be decrypted using a locker key; receiving encrypted data from a cloud node of a cloud computing environment, the cloud node configured to store the encrypted data on a storage device within the cloud computing environment; determining that the received encrypted data can be decrypted using a private key recovered by decrypting the encrypted private key; transmitting a request to the cloud node for the locker key corresponding to the encrypted private key, the request specifying a first key; receiving, from the cloud node, the requested locker key; decrypting the encrypted private key using the received locker key to recover the private key; and decrypting the encrypted data, using the private key. providing, at a client system, an encrypted private key that can be decrypted using a locker key; receiving encrypted data from a cloud node of a cloud computing environment, the cloud node configured to store the encrypted data on a storage device within the cloud computing environment; determining that the received encrypted data can be decrypted using a private key recovered by decrypting the encrypted private key; transmitting a request to the cloud node for the locker key corresponding to the encrypted private key, the request specifying a first key; receiving, from the cloud node, the requested locker key; decrypting the encrypted private key using the received locker key to recover the private key; and decrypting the encrypted data, using the private key.
An acid sphingomyelinase for use in the prevention or treatment of Niemann-Pick A or B disease in a patient, wherein said prevention or treatment comprises the intraventricular administration of the acid sphingomyelinase to the brain of the patient, wherein the administration of a single dose of the acid sphingomyelinase consumes more than five hours.
Agricultural round baler comprising a drawbar for attachment to a tractor, which baler is intended for picking up and pressing agricultural crops, such as hay, straw, grass or the like, and comprises a bale forming device, in which, during the pressing process, crops escape in the region of rotating pressing means and are conveyed into a front region of the agricultural round baler above functional units, such as a binding apparatus and/or wrapping apparatus, this front region being at least partially covered by a panel, characterised in that the panel has, along a vertical central plane, a protrusion which is intended for deflecting escaping crops away and which is shaped such that it gets wider from top to bottom.
A method for preparing a eluent of [ 18 F]fluoride adsorbed on a quaternary ammonium support, the method comprising reacting compounds represented by Formula 1 and Formula 2 by a method shown in Scheme 1: wherein R 1 is a C 1 -C 10 primary or secondary alkyl group or aryl group; [Formula 2] MX wherein M is lithium, sodium, potassium, cesium, rubidium or ammonium, in which the ammonium is a quaternary ammonium represented by the following Formula 3, and X is a a hydroxyl ion, a carbonate ion, a bicarbonate ion, a phosphate ion, a diphosphate ion, a triphosphate ion, or t-butoxide; wherein R 2 is hydrogen or a C 1 -C 10 primary or secondary alkyl group; wherein R 1, M, and X are as defined in Formulas 1 and 2.
An externally gapped line arrester, EGLA, for transmission lines, comprising: a series varistor unit, SVU, having a first end and a second end, the SVU configured to be connected between a transmission line and ground; a primary sparkover gap provided by a primary sparkover gap unit serially connected to the first end of the SVU and comprising a suspension insulator with gap electrodes (2a, 2b); a shorting-link device connected between the second end of the SVU and ground, and in parallel with a secondary gap arranged between the second end of the SVU and ground, wherein the secondary gap and the primary sparkover gap are serially arranged; and a disconnecting device arranged in the shorting-link device, the disconnecting device configured to open the shorting-link device when the SVU is overloaded. a series varistor unit, SVU, having a first end and a second end, the SVU configured to be connected between a transmission line and ground; a primary sparkover gap provided by a primary sparkover gap unit serially connected to the first end of the SVU and comprising a suspension insulator with gap electrodes (2a, 2b); a shorting-link device connected between the second end of the SVU and ground, and in parallel with a secondary gap arranged between the second end of the SVU and ground, wherein the secondary gap and the primary sparkover gap are serially arranged; and a disconnecting device arranged in the shorting-link device, the disconnecting device configured to open the shorting-link device when the SVU is overloaded.
A process for removing boron from a water stream, in which a decationized water stream is passed at least through a first strong base anion exchange bed and a second strong base anion exchange bed, which is arranged downstream, in particular directly downstream, of the first strong base anion exchange bed, characterized in that the anion exchange beds are arranged in the form of a counter-current ion exchange unit and the anion exchange beds are regenerated in series in a counter-current modus.