mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method for detecting gestational diabetes, comprising: measuring a level of glycosylated fibronectin in a sample from a pregnant subject; and determining whether the level of glycosylated fibronectin is elevated in the sample relative to a control. measuring a level of glycosylated fibronectin in a sample from a pregnant subject; and determining whether the level of glycosylated fibronectin is elevated in the sample relative to a control.
A blade comprising: an airfoil portion which defines at least one internal cavity (74A-74F); and a damper located within said internal cavity (74A-74F), said damper includes a corrugated surface with corrugations oriented generally along a chord of the airfoil portion said damper configured to provide a multi-mode damping; characterised in that said internal cavity (74A-74F) is at least partially bounded by a chordwise rib (78A-78C). an airfoil portion which defines at least one internal cavity (74A-74F); and a damper located within said internal cavity (74A-74F), said damper includes a corrugated surface with corrugations oriented generally along a chord of the airfoil portion said damper configured to provide a multi-mode damping; characterised in that said internal cavity (74A-74F) is at least partially bounded by a chordwise rib (78A-78C).
Mining machine for the processing of a ground with - a machine frame, - a cutting drum mounted in the machine frame, - a transport device (6, 12) comprising a continuously revolving transport belt (7, 50) which, at the upper end the transport device, is guided over a drive roller and, at the lower end, is guided over a return roller, characterized in that the upper drive roller is capable of being moved via a belt tensioning device for the purpose of tensioning the transport belt, said device being operable from a remote location, preferably at the lower end of the transport device (6, 12) or at the machine frame, the belt tensioning device preferably consisting of a grease tensioner operable, via a grease feeding device, from a remote location, preferably at the lower end of the transport device (6, 12) or at the machine frame. - a machine frame, - a cutting drum mounted in the machine frame, - a transport device (6, 12) comprising a continuously revolving transport belt (7, 50) which, at the upper end the transport device, is guided over a drive roller and, at the lower end, is guided over a return roller,
A totally enclosed unit for rapid detection of a target nucleic acid amplification product, comprising an inner core and an outer casing, wherein the inner core comprises a fixing case part and a base part, the fixing case part being provided with two holes respectively for housing washing buffer vacuoles and a reaction tube containing an amplification product, the base part comprising a washing buffer container element having a vacuole puncture needle, an amplification product container element having a blade, a sealing diaphragm, a piece of glassfiber paper, and a test strip sealing part having a test strip sealed therein and a transparent window; and the outer casing comprises a handle cover, a fixing case pressing part, a washing buffer vacuole extruding part, and a transparent window.
Device for continuous treatment of a food product, the device comprising: - a tubular chamber which comprises a first conduit for entrance of the food product and a second conduit for exit of the food product, configured to maintain the food product under pressure from the first conduit to the second conduit; - a circulation circuit for thermal fluid in the tubular chamber between a first inlet for thermal fluid and a first outlet for thermal fluid; - a malaxing mechanism inside the tubular chamber to malax the food product, which comprises a rotating shaft and a plurality of blades along the rotating shaft, the rotating shaft being parallel to a longitudinal axis of the tubular chamber; characterized in that the plurality of blades is placed inclined with respect to the rotating shaft to facilitate motion of the food product through an axial component and also to radially drive the food product to facilitate the malaxing thereof; and in that the device is configured to be installed downstream of pump means to move the food product through the first conduit of the tubular chamber and through the second conduit to a decanter. - a tubular chamber which comprises a first conduit for entrance of the food product and a second conduit for exit of the food product, configured to maintain the food product under pressure from the first conduit to the second conduit; - a circulation circuit for thermal fluid in the tubular chamber between a first inlet for thermal fluid and a first outlet for thermal fluid; - a malaxing mechanism inside the tubular chamber to malax the food product, which comprises a rotating shaft and a plurality of blades along the rotating shaft, the rotating shaft being parallel to a longitudinal axis of the tubular chamber;
A method comprising circulating a coolant from an active or passive chiller through a direct to liquid "DL" thermoelectric assembly "TEA" situated on an X-ray image detector plate such that the coolant passes through the DL TEA, whereby the DL TEA is used for actively cooling the X-ray image detector plate and for controlling temperature of the X-ray image detector plate, characterized in that: circulating a coolant from the active or passive chiller through the DL TEA comprises diverting a first portion of the coolant from the active or passive chiller to the DL TEA; and in that the method further comprises circulating a second portion of the coolant from the active or passive chiller to flow to an X-ray tube for cooling of the X-ray tube; and in that the system includes only one said active or passive chiller such that the same said active or passive chiller is usable for cooling both the X-ray tube and the X-ray image detector plate. circulating a coolant from the active or passive chiller through the DL TEA comprises diverting a first portion of the coolant from the active or passive chiller to the DL TEA; and in that the method further comprises circulating a second portion of the coolant from the active or passive chiller to flow to an X-ray tube for cooling of the X-ray tube; and in that the system includes only one said active or passive chiller such that the same said active or passive chiller is usable for cooling both the X-ray tube and the X-ray image detector plate.
A medical apparatus comprising: an acquirer configured to acquire a fluoroscopic image of an object from an imager which performs imaging by irradiating the object with an electromagnetic wave to generate the fluoroscopic image; an identifier configured to identify a target position of the object in the fluoroscopic image; and a controller (110, 150) configured to output an irradiation permission signal to a therapeutic device which irradiates the object with a therapeutic beam in a case where the target position identified by the identifier is settled within an irradiation permission range, wherein the controller (110, 150) is configured to cause the imager to stop performing irradiation of the electromagnetic wave and cause the acquirer to stop acquiring the fluoroscopic image to control the acquirer to be in a state of not receiving the fluoroscopic image even if the imager sends the fluoroscopic image to the acquirer, in a case where a first switch is operated, and the controller (110, 150) is configured to cause the imager to stop performing irradiation of the electromagnetic wave and maintain a state in which the acquirer is capable of acquiring the fluoroscopic image to cause the acquirer to remain in a state of receiving the fluoroscopic image in a case where the imager sends the fluoroscopic image to the acquirer, in a case where a second switch is operated. an acquirer configured to acquire a fluoroscopic image of an object from an imager which performs imaging by irradiating the object with an electromagnetic wave to generate the fluoroscopic image; an identifier configured to identify a target position of the object in the fluoroscopic image; and a controller (110, 150) configured to output an irradiation permission signal to a therapeutic device which irradiates the object with a therapeutic beam in a case where the target position identified by the identifier is settled within an irradiation permission range, wherein the controller (110, 150) is configured to cause the imager to stop performing irradiation of the electromagnetic wave and cause the acquirer to stop acquiring the fluoroscopic image to control the acquirer to be in a state of not receiving the fluoroscopic image even if the imager sends the fluoroscopic image to the acquirer, in a case where a first switch is operated, and the controller (110, 150) is configured to cause the imager to stop performing irradiation of the electromagnetic wave and maintain a state in which the acquirer is capable of acquiring the fluoroscopic image to cause the acquirer to remain in a state of receiving the fluoroscopic image in a case where the imager sends the fluoroscopic image to the acquirer, in a case where a second switch is operated.
Vitreous or at least partially crystalline joining material which has a coefficient of thermal expansion α of ≥ 7·10 -6 K -1 to 11·10 -6 K -1 and contains (in mol% on an oxide basis) SiO 2 > 30 - 55 B 2 O 3 0.5 - 15 Al 2 O 3 0 - < 1.7 BaO 5 - 30 CaO 5 - 40 MgO 0 - 20 ZnO 0 - 5 Cs 2 O 0 - < 5 RO 2 0 - 5 R 2 O 0 - 2 La 2 O 3 < 1 Y 2 O 3 0.1- 5, where RO 2 is a metal oxide and/or a mixture of metal oxides selected from the group consisting of ZrO 2 and/or TiO 2 and/or SnO 2, and R 2 O is an alkali metal oxide and/or a mixture of alkali metal oxides selected from the group consisting of Li 2 O and/or Na 2 O and/or K 2 O and where the joining material is free of PbO and where oxides of polyvalent transition metals such as iron, cobalt and molybdenum are not present in quantities going beyond traces.
A method of manufacturing a leading edge with a metallic reinforcement for aircraft made of composite material, comprising the following steps: a) preparing a template with the stencil plate of the reinforcement or grating (2, 4) to be positioned against the inside on the leading edge; b) positioning the template on the inside of the leading edge to be reinforced; c) spraying by means of metal spraying a fine spray of melted metal on the template located inside the leading edge to be reinforced; d) solidifying the melted material on the surface of the leading edge to form a dense coating strongly adhered thereto; e) removing the template from the leading edge; wherein the fine spray of melted metal is obtained by melting a rod of metallic material by means of an electric arc, within an intense flow of inert gas, the fine spray being expelled by a nozzle which firmly adheres to the surface in question, characterized in that the template is an autonomous template made of a soluble material, such that once the metallic reinforcement or grating (2, 4) is obtained, the mentioned metallic reinforcement or grating (2, 4) is implemented in parts on the inside of the leading edge so as to reinforce it. a) preparing a template with the stencil plate of the reinforcement or grating (2, 4) to be positioned against the inside on the leading edge; b) positioning the template on the inside of the leading edge to be reinforced; c) spraying by means of metal spraying a fine spray of melted metal on the template located inside the leading edge to be reinforced; d) solidifying the melted material on the surface of the leading edge to form a dense coating strongly adhered thereto; e) removing the template from the leading edge;
A sheet feeding device, comprising; a sheet feeding tray which stacks a paper sheet bundle formed by a plurality of sheets; a first blower, including a ventilation fan which blows air to a side edge of the paper sheet bundle stacked on the sheet feeding tray, the first blower being disposed in a side regulating member; a second blower which blows air to a leading edge of the paper sheet bundle in a sheet conveyance direction from a forward side of the paper sheet bundle in the sheet conveyance direction; an adsorption conveyance section which adsorbs a topmost sheet of the paper sheet bundle stacked on the sheet feeding tray and conveys the topmost sheet one by one, wherein a first area in which the adsorption conveyance section is provided, and a second area in which a ventilation port of a cowling duct of the first blower is provided, respectively includes an overlapping area in which the first area and the second area overlap on the sheet conveyance direction; characterized by a control section; and an elevating/lowering section; wherein the ventilation port is arranged to be an opening on an outlet side of the cowling duct, and is arranged right-angled to an opening on an entrance side of the cowling duct; wherein the entrance side of the cowling duct is fitted to slide on an opening end of the ventilation fan; wherein the control section is configured to operate the elevating/lowering section to move the cowling duct into an ascended position by the elevating/lowering section when the first blower blows air, and to move the cowling duct into a descended position when the sheet feeding tray is pulled out.
A method for switching aggregated links, characterized in that, the method comprises: configuring a main link and a standby link among a plurality of links to be aggregated; performing link aggregation on the plurality of links to be aggregated according to a link aggregation protocol, and determining a link operating status of each link according to a link aggregation result; performing Connection Failure Management protocol detection on each link of the aggregated links, when a faulty link is detected, determining, according to a link operating status of the faulty link, whether to perform link switch. configuring a main link and a standby link among a plurality of links to be aggregated; performing link aggregation on the plurality of links to be aggregated according to a link aggregation protocol, and determining a link operating status of each link according to a link aggregation result; performing Connection Failure Management protocol detection on each link of the aggregated links, when a faulty link is detected, determining, according to a link operating status of the faulty link, whether to perform link switch.
A kit comprising: - at least one first node element for attaching two or more elongated bars forming a lattice structure, wherein each first node element comprises: ∘ a coupling side comprising: ▪ one or more hollow insertion channels (4a, 4b), wherein each channel is configured to receive an elongated bar, and wherein each channel has a longitudinal axis, and the coupling side defines a plane, and the longitudinal axis of each channel is tilted at an angle with respect to the plane defined by the coupling side, ∘ a contact side comprising: ▪ an opening, wherein the opening is communicated with each of the hollow insertion channels (4a, 4b) forming a corresponding through-hole; - one or more elongated bars configured to be inserted into the hollow channels (4a, 4b), characterized in that to form the lattice structure the elongated bars are inserted into the hollow channels (4a, 4b) from the contact side to the coupling side thereby traversing the corresponding through-hole. - at least one first node element for attaching two or more elongated bars forming a lattice structure, wherein each first node element comprises: ∘ a coupling side comprising: ▪ one or more hollow insertion channels (4a, 4b), wherein each channel is configured to receive an elongated bar, and wherein each channel has a longitudinal axis, and the coupling side defines a plane, and the longitudinal axis of each channel is tilted at an angle with respect to the plane defined by the coupling side, ∘ a contact side comprising: ▪ an opening, wherein the opening is communicated with each of the hollow insertion channels (4a, 4b) forming a corresponding through-hole; ∘ a coupling side comprising: ▪ one or more hollow insertion channels (4a, 4b), wherein each channel is configured to receive an elongated bar, and wherein each channel has a longitudinal axis, and the coupling side defines a plane, and the longitudinal axis of each channel is tilted at an angle with respect to the plane defined by the coupling side, ∘ a contact side comprising: ▪ an opening, wherein the opening is communicated with each of the hollow insertion channels (4a, 4b) forming a corresponding through-hole; - one or more elongated bars configured to be inserted into the hollow channels (4a, 4b), characterized in that to form the lattice structure the elongated bars are inserted into the hollow channels (4a, 4b) from the contact side to the coupling side thereby traversing the corresponding through-hole.
Arrangement, - having a transformer and having a rail vehicle, - in which the rail vehicle has a transformer support which fastens the transformer at a predetermined position in the rail vehicle, - in which the transformer support is arranged on an underframe of the rail vehicle, - in which the transformer is connected to the transformer support by way of a guide, wherein a positional change of the transformer relative to the underframe of the rail vehicle can be set by means of the guide, characterized - in that the guide is configured as a hydrostatic or aerostatic sliding guide. - having a transformer and having a rail vehicle, - in which the rail vehicle has a transformer support which fastens the transformer at a predetermined position in the rail vehicle, - in which the transformer support is arranged on an underframe of the rail vehicle, - in which the transformer is connected to the transformer support by way of a guide, wherein a positional change of the transformer relative to the underframe of the rail vehicle can be set by means of the guide, - in that the guide is configured as a hydrostatic or aerostatic sliding guide.
A biological sample measuring apparatus comprising: a main body case including a sensor insertion section; a measurement section connected to the sensor insertion section; a control section connected to the measurement section; and a display section connected to the control section, wherein the sensor insertion section includes a contact pin that is configured to make contact with an electrode of a biological sample measuring sensor when the biological sample measuring sensor is inserted in the sensor insertion section, characterized in that an acceleration sensor is disposed in contact with the contact pin; the contact pin is bendable so as to oscillate; an oscillation of the biological sample measuring sensor is configured to be transmitted to the acceleration sensor via the contact pin; and the acceleration sensor is configured to detect an impact applied to the sensor insertion section. a main body case including a sensor insertion section; a measurement section connected to the sensor insertion section; a control section connected to the measurement section; and a display section connected to the control section, wherein the sensor insertion section includes a contact pin that is configured to make contact with an electrode of a biological sample measuring sensor when the biological sample measuring sensor is inserted in the sensor insertion section, characterized in that an acceleration sensor is disposed in contact with the contact pin; the contact pin is bendable so as to oscillate; an oscillation of the biological sample measuring sensor is configured to be transmitted to the acceleration sensor via the contact pin; and the acceleration sensor is configured to detect an impact applied to the sensor insertion section.
A method for manufacturing a gas adsorption unit, the method comprising: a preparation step of wrapping a getter with a package material; an activation step of heating the getter wrapped with the package material to activate the getter; and a sealing step of melting the package material by heating the package material so as to seal, with the package material, the getter activated in the activation step, wherein the getter is a non-metal getter, the package material contains powder, in the activation step, the getter and the package material wrapping the getter are heated in an evacuated atmosphere or an inert gas atmosphere to activate the getter, and in the sealing step, the powder is melted by heating the powder with the getter being in an activated state so as to seal the getter with the package material. a preparation step of wrapping a getter with a package material; an activation step of heating the getter wrapped with the package material to activate the getter; and a sealing step of melting the package material by heating the package material so as to seal, with the package material, the getter activated in the activation step, wherein the getter is a non-metal getter, the package material contains powder, in the activation step, the getter and the package material wrapping the getter are heated in an evacuated atmosphere or an inert gas atmosphere to activate the getter, and in the sealing step, the powder is melted by heating the powder with the getter being in an activated state so as to seal the getter with the package material.
Coulter suspension for a seed drill, having - a movable upper link; and - a movable lower link, which is arranged beneath the upper link and has a longitudinal axis extending in the direction of travel; wherein the upper link and the lower link are set up to jointly fasten a sowing unit to the coulter suspension; and wherein the lower link has a lateral recess extending transversely to its longitudinal axis, characterized by a movable support arm, which is set up to fasten a fertilizer coulter to the coulter suspension, wherein the support arm and/or the fertilizer coulter are able to be moved partially into the lateral recess in the lower link. - a movable upper link; and - a movable lower link, which is arranged beneath the upper link and has a longitudinal axis extending in the direction of travel;