mhurhangee/ep-ind-claims huggingface dataset:
Expansion joint strip for permanent, automatic sealing of joints between or in structures and/or parts (11, 12) thereof a. comprising a resilient plastics-like material, b. which extends continuously along its central longitudinal axis, c. the expansion joint strip comprises two weatherstrips (2x, 2xx) which extend along the central longitudinal axis in a strand-like manner, wherein d. each weatherstrip (2x, 2xx) is designed having two longitudinal sides which taper towards one another in cross-section and are intended for forming a corner region that is opposite an outside of the weatherstrip (2x, 2xx) that can be set against a steel reinforcement, e. the corner regions of the weatherstrips (2x, 2xx) are interconnected in a transition region, characterised in that f. the expansion joint strip is arranged in a mounting bracket for aligning the expansion joint strip, g. the mounting bracket comprises a U-shaped bracket which comprises two limb arms, connected by a portion bracket, for receiving the expansion joint strips, which limb arms transition, at their free ends, into leg pairs, h. the leg pairs each comprise two standing legs which are of the same length and are spread apart from one another in the lower region facing away from the portion bracket, the insides of the standing legs, facing one another, are drawn in, forming, for example partially circular, recesses for receiving rods, such as reinforcing rods of ferro-concrete, i. spacers for centring the received expansion joint strips and/or expansion joint strip connection means are moulded onto the insides of the limb arms that face one another. a. comprising a resilient plastics-like material, b. which extends continuously along its central longitudinal axis, c. the expansion joint strip comprises two weatherstrips (2x, 2xx) which extend along the central longitudinal axis in a strand-like manner, wherein d. each weatherstrip (2x, 2xx) is designed having two longitudinal sides which taper towards one another in cross-section and are intended for forming a corner region that is opposite an outside of the weatherstrip (2x, 2xx) that can be set against a steel reinforcement, e. the corner regions of the weatherstrips (2x, 2xx) are interconnected in a transition region, characterised in that f. the expansion joint strip is arranged in a mounting bracket for aligning the expansion joint strip, g. the mounting bracket comprises a U-shaped bracket which comprises two limb arms, connected by a portion bracket, for receiving the expansion joint strips, which limb arms transition, at their free ends, into leg pairs, h. the leg pairs each comprise two standing legs which are of the same length and are spread apart from one another in the lower region facing away from the portion bracket, the insides of the standing legs, facing one another, are drawn in, forming, for example partially circular, recesses for receiving rods, such as reinforcing rods of ferro-concrete, i. spacers for centring the received expansion joint strips and/or expansion joint strip connection means are moulded onto the insides of the limb arms that face one another.
A hose connection system for connecting a hose to a gas turbine engine, the hose connection system comprising: the hose; a connection fitting; the connection fitting comprising a first member to be attached to the gas turbine engine, a mating component welded to the hose, and a splined second member to be torqued onto the first member, wherein the splined second member comprises a plurality of second member splines extending in a radial direction; wherein the mating component is positioned in use between the first member and the splined second member; and a connection tool; the connection tool comprising a drive wheel with a plurality of drive wheel splines; wherein the plurality of drive wheel splines is operable to torque the splined second member onto the first member; and wherein the first member comprises a plurality of first member splines. the hose; a connection fitting; the connection fitting comprising a first member to be attached to the gas turbine engine, a mating component welded to the hose, and a splined second member to be torqued onto the first member, wherein the splined second member comprises a plurality of second member splines extending in a radial direction; wherein the mating component is positioned in use between the first member and the splined second member; and a connection tool; the connection tool comprising a drive wheel with a plurality of drive wheel splines; wherein the plurality of drive wheel splines is operable to torque the splined second member onto the first member; and wherein the first member comprises a plurality of first member splines.
Texturizing element for sanding or blunting traffic surfaces, characterised in that it has a tetrahedral basic shape having a distance between two corner points of 2 to 10 mm, wherein its surface is bent to be concave having a ratio of arching height to distance between two corner points ranging from 0.05 to 0.35, and in that it has a compressive strength of ≥ 120 MPa determined according to DIN EN 196-1.
In vitro use of the secreted, extra cellular form of the soluble part of (pro)renin receptor as set forth by SEQ ID NO:1 or fragments thereof which bind to the renin or pro-renin, the level of which has been determined in a sample of a biological fluid previously collected in a human patient or an animal, as a pre-symptomatic dual biomarker of neurodegeneration and neuroregeneration, said biological fluid is the cerebrospinal fluid or the extracellular medium of any neuronal cell in primary culture, in particular in cerebellar granule neurons in primary culture, said level being modulated with respect to a sample of said biological fluid previously collected in a control human patient or a control animal.
A method for producing a Ti-Al alloy, comprising: a primary ingot producing step of melting and holding a melting raw material under an atmosphere of 1.33 Pa or more by a melting method using a water-cooled copper vessel to produce a primary ingot, the melting raw material being prepared by adding a CaO-CaF 2 flux to a Ti-Al alloy to contain from 3 to 20 mass% of the CaO-CaF 2 flux relative to the Ti-Al alloy, the Ti-Al alloy being composed of a titanium material and an aluminum material and comprising 0.1 mass% or more of oxygen and 40 mass% or more of Al, the CaO-CaF 2 flux being prepared by mixing from 35 to 95 mass% of calcium fluoride with calcium oxide; a secondary ingot producing step of melting the primary ingot under an atmosphere of 1.33 Pa or more by a melting method using a bottomless water-cooled copper mold and continuously drawing the primary ingot downward to obtain a secondary ingot; and a flux layer removing step of mechanically removing a flux layer adhering to a surface of the secondary ingot. a primary ingot producing step of melting and holding a melting raw material under an atmosphere of 1.33 Pa or more by a melting method using a water-cooled copper vessel to produce a primary ingot, the melting raw material being prepared by adding a CaO-CaF 2 flux to a Ti-Al alloy to contain from 3 to 20 mass% of the CaO-CaF 2 flux relative to the Ti-Al alloy, the Ti-Al alloy being composed of a titanium material and an aluminum material and comprising 0.1 mass% or more of oxygen and 40 mass% or more of Al, the CaO-CaF 2 flux being prepared by mixing from 35 to 95 mass% of calcium fluoride with calcium oxide; a secondary ingot producing step of melting the primary ingot under an atmosphere of 1.33 Pa or more by a melting method using a bottomless water-cooled copper mold and continuously drawing the primary ingot downward to obtain a secondary ingot; and a flux layer removing step of mechanically removing a flux layer adhering to a surface of the secondary ingot.
Device for annealing glass panes, having rollers, on which the glass panes can be transported horizontally and having two sets of cooling air feeds running parallel to the axes of the rollers, from which cooling air (6, 7) can be guided to both sides of the glass panes, each cooling air feed extending over the width of the glass panes and partitions are arranged on both parallel sides of each cooling air feed, in which return of the cooling air (6, 7) reflected back from the glass panes occurs between these partitions, the first set of cooling air feeds being arranged between the rollers and the rollers forming partitions, and the second set of cooling air feeds being arranged on the top of the glass panes opposite the rollers, and the partitions being formed by wall elements, characterized in that the distance between the wall elements and the glass panes is as small as possible and amounts to a maximum of 10 mm, the cooling air feeds are designed as slit-like nozzles, each nozzle being designed as a continuous and tapering flow channel (4, 5) extending over the width of glass panes, which forms a flow parcel with the partitions, and the return of the cooling air (6, 7) reflected back from the glass panes occurs between this flow channel (4, 5) and the corresponding partitions, whereby the flow velocity through the flow channels (4, 5) is so small that laminar flows form in the flow parcels.
A method of managing power of a multi-function USB device, comprising: suspending the device in response to receipt of a request to suspend from a USB host; and further characterized by assigning respective functions to indefinite, locked or unlocked states by assigning the function to the indefinite state if, based on host signaling activities at endpoints associated with the function, the device determines the function is not then operational over the USB, assigning the function to the locked state if, based on host signaling activities at endpoints associated with the function, the device determines the function cannot then be used to complete a write or move data to the host, and assigning the function to the unlocked state if, based on host signaling activities at endpoints associated with the function, the device determines the function can then be used to write or move data to the host; allowing the device to resume if there are data or requests for host attention pending at a given function that is in the unlocked state and assigning the given function to the locked state; and otherwise maintaining the suspend even if there are data pending at one or more functions that are in the locked state. suspending the device in response to receipt of a request to suspend from a USB host; and further characterized by assigning respective functions to indefinite, locked or unlocked states by assigning the function to the indefinite state if, based on host signaling activities at endpoints associated with the function, the device determines the function is not then operational over the USB, assigning the function to the locked state if, based on host signaling activities at endpoints associated with the function, the device determines the function cannot then be used to complete a write or move data to the host, and assigning the function to the unlocked state if, based on host signaling activities at endpoints associated with the function, the device determines the function can then be used to write or move data to the host; allowing the device to resume if there are data or requests for host attention pending at a given function that is in the unlocked state and assigning the given function to the locked state; and otherwise maintaining the suspend even if there are data pending at one or more functions that are in the locked state.
A ball screw comprising a threaded spindle, a nut, a plurality of rolling bodies and at least one deflection device (18, 20), wherein the threaded spindle is displaceable relative to the nut in the axial direction by rotation relative to the nut, and wherein the deflection device comprises a radially internal first body part and a radially external second body part, which together form a deflection channel for the rolling bodies, - wherein the deflection channel comprises two substantially tubular ends (24, 26) as rolling body openings which are connected to one another via a transfer region, - wherein the first body part in the transfer region provides a radially internal delimitation of the deflection channel, - wherein the second body part in the transfer region provides a radially external delimitation and lateral delimitations of the deflection channel, - wherein the tubular ends (24, 26) of the deflection channel in each case are formed by complementary part-tubular portions (30, 32, 34, 36) of the first body part and of the second body part, and - wherein a sleeve encompassing the nut is provided, the deflection device (18, 20) being located in an opening of the nut, characterised in that in a non-tensioned state when the sleeve is absent the deflection device (18, 20) protrudes radially beyond the outer envelope surface of the nut and when the sleeve is present said sleeve exerts a radially inwardly oriented force on the deflection device (18, 20). - wherein the deflection channel comprises two substantially tubular ends (24, 26) as rolling body openings which are connected to one another via a transfer region, - wherein the first body part in the transfer region provides a radially internal delimitation of the deflection channel, - wherein the second body part in the transfer region provides a radially external delimitation and lateral delimitations of the deflection channel, - wherein the tubular ends (24, 26) of the deflection channel in each case are formed by complementary part-tubular portions (30, 32, 34, 36) of the first body part and of the second body part, and - wherein a sleeve encompassing the nut is provided, the deflection device (18, 20) being located in an opening of the nut, characterised in that in a non-tensioned state when the sleeve is absent the deflection device (18, 20) protrudes radially beyond the outer envelope surface of the nut and when the sleeve is present said sleeve exerts a radially inwardly oriented force on the deflection device (18, 20).
A combined building block/building element wherein the building block includes at least one insulating part, the insulating part provided with at least two side faces with a length and a height, two abutment faces with a height and a width, and two bearing faces with a length and a width, wherein a facing part of brickwork is mounted on one or two side faces, and wherein the insulating part is constituted by cellular glass, where at least one abutment face and a bearing face on the combined building block are machined after formation of at least the insulating part, whereby one or more abutment faces and/or bearing faces appear with a given geometry, characterised in that the building block comprises joining means for joining to adjacent building block(s), where said joining means includes a projection at at least one edge between a facing part and a first bearing face which has a height and a thickness and a recess at at least at one edge between a facing part and a second bearing face, which recess has a height and a depth, and /or that the joining means includes a projection at at least one edge between a facing part and a first abutment face which projection has a height and a thickness and a recess at at least at one edge between a facing part and a second abutment face, which recess has a height and a depth.
Warp knitting machine having a guide bar, a pushrod and a spring tension system, which can pull the guide bar toward the pushrod and press it against the latter, wherein the warp knitting machine comprises a drive, which can act on the spring tension system in such a way that a tensile force exerted by the spring tension system on the guide bar changes, characterised in that the warp knitting machine comprises a control unit, which is configured to control the drive in such a way that the tensile force exerted by the spring tension system on the guide bar is reduced when the warp knitting machine receives a command to unhook the guide bar.
System for positioning, identifying and working at least one semi-finished component, of the type in which a controller manages a working depending on an identification of said component, and wherein said identification of said component is embedded in the positioning of said component, said system comprising at least one universal template for permanently positioning said component, characterized in that said universal template is connected to said component by means of a plurality of suction cups supported by compression springs which, by being compressed, allow a positioning of said component, each of said suction cups being fastened to at least one hollow cylinder, connected to a vacuum plant and sliding with respect to a prism-shaped fixed block.
A liquid administering device (2, 2A, 2B, 2C, 2D) for administering a liquid to a user, the liquid administering device (2, 2A, 2B, 2C, 2D) comprising: a main body; a first nozzle protruding from the main body in a predetermined direction and dispensing the liquid while being inserted into one nasal cavity of the user; a second nozzle protruding from the main body in the predetermined direction and inserted into the other nasal cavity of the user to position the first nozzle with respect to the one nasal cavity; and a sensor (32, 34, 42, 44, 50, 54) detecting an insertion state of at least one of the first nozzle and the second nozzle; wherein the liquid administering device (2, 2A, 2B, 2C, 2D) is characterized in that it is further provided with a dispensing controller controlling dispensation of the liquid from the first nozzle based on a detection result of the sensor (32, 34, 42, 44, 50, 54), and in that the sensor (32, 34, 42, 44, 50, 54) is disposed in the second nozzle and is configured to output a detection signal indicating that the second nozzle is inserted into the other nasal cavity so that the dispensing controller controls the liquid to be dispensed from the first nozzle into the one nasal cavity of the user. a main body; a first nozzle protruding from the main body in a predetermined direction and dispensing the liquid while being inserted into one nasal cavity of the user; a second nozzle protruding from the main body in the predetermined direction and inserted into the other nasal cavity of the user to position the first nozzle with respect to the one nasal cavity; and a sensor (32, 34, 42, 44, 50, 54) detecting an insertion state of at least one of the first nozzle and the second nozzle; wherein the liquid administering device (2, 2A, 2B, 2C, 2D) is characterized in that it is further provided with a dispensing controller controlling dispensation of the liquid from the first nozzle based on a detection result of the sensor (32, 34, 42, 44, 50, 54), and in that the sensor (32, 34, 42, 44, 50, 54) is disposed in the second nozzle and is configured to output a detection signal indicating that the second nozzle is inserted into the other nasal cavity so that the dispensing controller controls the liquid to be dispensed from the first nozzle into the one nasal cavity of the user.
Apparatus for providing a control signal for a blood pressure measurement device, comprising: - an input interface for obtaining a health state parameter being indicative of a health state of a patient, said health state parameter including a risk score indicating the health state of the patient on a predefined scale and being determined based on a blood pressure measurement of the patient; - a processing unit for determining one or more operation settings of a blood pressure measurement device based on the health state parameter, said one or more operation settings including a parameter that can be adjusted at the blood pressure measurement device when conducting a blood pressure measurement with the device and that affects a precision of said blood pressure measurement and a patient comfort resulting from said blood pressure measurement, wherein the operation settings that relate to the minimum required precision and the maximum possible patient comfort are determined based on how the precision of the measurement affects the risk score; and - a control interface for providing a control signal for a blood pressure measurement device to perform a blood pressure measurement based on said one or more operation settings. - an input interface for obtaining a health state parameter being indicative of a health state of a patient, said health state parameter including a risk score indicating the health state of the patient on a predefined scale and being determined based on a blood pressure measurement of the patient; - a processing unit for determining one or more operation settings of a blood pressure measurement device based on the health state parameter, said one or more operation settings including a parameter that can be adjusted at the blood pressure measurement device when conducting a blood pressure measurement with the device and that affects a precision of said blood pressure measurement and a patient comfort resulting from said blood pressure measurement, wherein the operation settings that relate to the minimum required precision and the maximum possible patient comfort are determined based on how the precision of the measurement affects the risk score; and - a control interface for providing a control signal for a blood pressure measurement device to perform a blood pressure measurement based on said one or more operation settings.
A nanoemulsion emulsification composition, comprising the following components to, wherein: the mass ratios of the components satisfy the following condition, [ +]:: = 1:4 to 8:0.4 to 0.8; the component is a copolymer comprising a constitutional unit represented by Formula and a constitutional unit represented by Formula, the molar ratio of the constitutional units: being 5:95 to 60:40, and the weight average molecular weight being 5,000 to 5,000,000 as determined using GPC according to the method described in the experimental section (wherein, R 1 represents a hydrogen atom or a methyl group) (wherein, R 2 represents a hydrogen atom or a methyl group, and R 3 represents a hydrocarbon group having 12 to 24 carbons); the component is a nonionic surfactant having an HLB value of 10 to 14; the component is a polyhydric alcohol; and the component is water.
A method of pavement planing by a mobile planer to evacuate materials constituting the pavement, the planer producing millings and dusts, in which a rotary planing-milling tool housed in a casing of the planer is implemented, the tool receiving water to allow the cooling down thereof, and in which it is further introduced into the casing at least one additive with the water forming or to form therein an aqueous composition intended to agglomerate the dusts with the millings produced to form bonded aggregates to perform an abatement of the dusts, characterized in that said at least one additive is an organic filler being tallol or tallol derivative(s).
A device or a computer program configured to carry out a method of detecting incipient blood vessel collapse in a circuit comprising means for drainage, preferably a cannula, positioned in said vessel and connected to a pump, wherein the incipient vessel collapse is detected by detecting a pre-collapse oscillation state characterized by oscillations of blood pressure of substantially constant frequency and limited amplitude, characterized in that in the pre-collapse oscillation state the oscillation frequency f osc is between 0,1Hz and 10Hz and the mean value of the blood pressure is substantially steady.