mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: an analysis controller configured to receive multi-dimensional characteristics of one or more corrosion pits in a turbine engine and to determine one or more stresses in the turbine engine based on the received multi-dimensional characteristics of the one or more corrosion pits, wherein the analysis controller also is configured to generate a control signal to implement one or more remedial actions to one or more of remove the one or more corrosion pits, repair the turbine engine, or restrict operation of the turbine engine based on the one or more stresses that are determined; wherein the analysis controller is configured to determine one or more operational characteristics of the turbine engine indicative of usage of the turbine engine, wherein the analysis controller is configured to determine the one or more stresses in the turbine engine also based on the one or more operational characteristics of the turbine engine; and wherein the one or more operational characteristics of the turbine engine include a throttle setting of the turbine engine, a horsepower output of the turbine engine, a humidity to which the turbine engine is exposed, or a route over which the turbine engine travels. an analysis controller configured to receive multi-dimensional characteristics of one or more corrosion pits in a turbine engine and to determine one or more stresses in the turbine engine based on the received multi-dimensional characteristics of the one or more corrosion pits, wherein the analysis controller also is configured to generate a control signal to implement one or more remedial actions to one or more of remove the one or more corrosion pits, repair the turbine engine, or restrict operation of the turbine engine based on the one or more stresses that are determined; wherein the analysis controller is configured to determine one or more operational characteristics of the turbine engine indicative of usage of the turbine engine, wherein the analysis controller is configured to determine the one or more stresses in the turbine engine also based on the one or more operational characteristics of the turbine engine; and wherein the one or more operational characteristics of the turbine engine include a throttle setting of the turbine engine, a horsepower output of the turbine engine, a humidity to which the turbine engine is exposed, or a route over which the turbine engine travels.
System having a drip tray and a dosing-dispenser system or a container-fastening device (1, 2), wherein the dosing-dispenser system or the container-fastening device (1, 2) has a receiving region for a liquid container, wherein the drip tray has a shell-like region which is configured to collect dripping liquids, wherein the drip tray comprises a hinge element, which is present at the edge of the shell-like region, and also comprises a lever element, which is fixed to the shell-like region, and wherein the hinge element is configured to fasten the drip tray in a movable manner on the dosing dispenser or on the container-fastening device (1, 2), so that the shell-like region can be moved - as seen in relation to the plane (e) of the shell-like region - between an as far as possible vertical position and an as far as possible horizontal position, wherein the lever element is configured so that, in the absence of the liquid container, it projects into the receiving region whereas, if a liquid container has been inserted into the receiving region, it is positioned outside the receiving region, wherein, when a liquid container has been inserted into the receiving region, the shell-like region is retained in the as far as possible horizontal position by means of the lever element whereas, in the absence of the liquid container, the shell-like region hangs in an as far as possible vertical position on the hinge element. wherein the drip tray has a shell-like region which is configured to collect dripping liquids, wherein the drip tray comprises a hinge element, which is present at the edge of the shell-like region, and also comprises a lever element, which is fixed to the shell-like region, and wherein the hinge element is configured to fasten the drip tray in a movable manner on the dosing dispenser or on the container-fastening device (1, 2), so that the shell-like region can be moved - as seen in relation to the plane (e) of the shell-like region - between an as far as possible vertical position and an as far as possible horizontal position, wherein the lever element is configured so that, in the absence of the liquid container, it projects into the receiving region whereas, if a liquid container has been inserted into the receiving region, it is positioned outside the receiving region, wherein, when a liquid container has been inserted into the receiving region, the shell-like region is retained in the as far as possible horizontal position by means of the lever element whereas, in the absence of the liquid container, the shell-like region hangs in an as far as possible vertical position on the hinge element.
A sealing sleeve for the sealed connecting to at least one installation pipe, comprising: - a sleeve element with a pipe region and with a sleeve region, wherein the sleeve region comprise a sealing region and an insert region; - an elastic seal for creating a sealed connection to at least one installation pipe, wherein the seal is insertable into the sealing region of the sleeve element, and - an insert with at least one first connection element for latching the insert into the sleeve element and with at least one holding latch for holding an installation pipe, wherein the insert is insertable into the insert region of the sleeve element, wherein the sealing region is arranged between the pipe region and the insert region, wherein the sleeve element in the insert region comprises at least one second connection element, into which at least one first connection element of the insert is latchable, and wherein the sleeve element in the insert region comprises at least one holding opening which is different to the at least one second connection element, wherein the holding opening is dimensioned and positionable such that the holding latch is accessible via the holding opening. - a sleeve element with a pipe region and with a sleeve region, wherein the sleeve region comprise a sealing region and an insert region; - an elastic seal for creating a sealed connection to at least one installation pipe, wherein the seal is insertable into the sealing region of the sleeve element, and - an insert with at least one first connection element for latching the insert into the sleeve element and with at least one holding latch for holding an installation pipe, wherein the insert is insertable into the insert region of the sleeve element,
A method for expressing a biosynthetic pathway in a recipient mammalian cell comprising: transfecting a recipient mammalian cell line with synthetic chromosome production components engineered to incorporate multiple site-specific integration sites into a synthetic platform chromosome as it is produced in the recipient mammalian cell line; transfecting the recipient mammalian cell line carrying the synthetic platform chromosome with a delivery vector comprising multiple genes capable of effectuating a biosynthetic pathway, wherein the delivery vector comprises at least one site-specific recombination site; activating site-specific recombination between the synthetic platform chromosome and the delivery vector, wherein the multiple genes capable of effectuating a first biosynthetic pathway are loaded onto the synthetic platform chromosome to produce a functioning synthetic mammalian chromosome expressing the first biosynthetic pathway; and isolating a first recipient mammalian cell comprising the synthetic mammalian chromosome, wherein the cell expresses the multiple gene products that function in the first biosynthetic pathway to synthesise one or more cellular metabolites. transfecting a recipient mammalian cell line with synthetic chromosome production components engineered to incorporate multiple site-specific integration sites into a synthetic platform chromosome as it is produced in the recipient mammalian cell line; transfecting the recipient mammalian cell line carrying the synthetic platform chromosome with a delivery vector comprising multiple genes capable of effectuating a biosynthetic pathway, wherein the delivery vector comprises at least one site-specific recombination site; activating site-specific recombination between the synthetic platform chromosome and the delivery vector, wherein the multiple genes capable of effectuating a first biosynthetic pathway are loaded onto the synthetic platform chromosome to produce a functioning synthetic mammalian chromosome expressing the first biosynthetic pathway; and isolating a first recipient mammalian cell comprising the synthetic mammalian chromosome, wherein the cell expresses the multiple gene products that function in the first biosynthetic pathway to synthesise one or more cellular metabolites.
The appliance for repairs of local damage of laminated glasses, particularly glasses of cars and other transportation means, consisting of a body with a body base fitted with circumferential elastomer gasket defining a fixing compartment and mountable to glass using underpressure from an air pump delivered to the fixing compartment, whereas in the body base area there is also a gasket of a repair compartment, which separates the repair compartment located above the break point of glass from the fixing compartment, where the repair compartment is connected to the channel in the body for the glue supply to the repair compartment, and the appliance furthermore includes a valve device for underpressure supply to the repair compartment and the swivelling adjustable piston placed in the cylindrical borehole in the body for controlling of individual work positions of the appliance and development of pressure in the repair compartment, characterized in that the body base of the body has a recess where there is a removable lid with the gasket of the repair compartment; in the lid there is a borehole for supplying the underpressure to the repair compartment; the valve device consists of an overflow valve installed in the body, terminated to the recess, fitted with a control arranged outside the body and connecting the borehole of the lid with the connector for connection of an air pump, where the connection is guided outside the borehole space of the swivelling adjustable piston, wherein a closing member of the overflow valve is arranged so that when closing the overflow valve, it moves in underpressure suction direction from the repair compartment to the connector for the air pump connection and the fixing compartment is connected with connector for the air pump connection via the borehole created independently in the lid and connecting the fixing compartment with the channel for underpressure supply to the fixing compartment, guided in the body outside the overflow valve to the connector for connection of the air pump, and the appliance furthermore contains device for air supply to the borehole space under the swivelling adjustable piston.
Method, comprising the steps of: a) providing a transparent object holder for a biological or chemical sample, b) incorporating a label, which is localized in the interior of the object holder, c) providing the transparent object holder with a biological or chemical sample, wherein the biological or chemical sample and the label are arranged in such a way that, in the case of an examination by means of a microscope, it is possible to alternately focus on the label or on the biological or chemical sample without changing the position of the object holder under the microscope and wherein at least part of the label, preferably all of the label, is not visible if the focus is on the biological or chemical sample, and d) cutting the transparent object holder after step c) with the creation of at least two smaller transparent object holders, which each comprise material from the biological or chemical sample, wherein the transparent object holder is provided with a multiplicity of labels that are arranged over the surface of the object carrier in regular fashion and with a density such that the smaller transparent object holders arising in step d) each have at least one label, and wherein each of the object holder fragments according to step d) contains at least one label that allows the respective object holder fragment to be assigned to the transparent object holder in step a) by way of a code as part of the label that can be specifically assigned to the transparent object holder in step a). a) providing a transparent object holder for a biological or chemical sample, b) incorporating a label, which is localized in the interior of the object holder, c) providing the transparent object holder with a biological or chemical sample, wherein the biological or chemical sample and the label are arranged in such a way that, in the case of an examination by means of a microscope, it is possible to alternately focus on the label or on the biological or chemical sample without changing the position of the object holder under the microscope and wherein at least part of the label, preferably all of the label, is not visible if the focus is on the biological or chemical sample, and d) cutting the transparent object holder after step c) with the creation of at least two smaller transparent object holders, which each comprise material from the biological or chemical sample,
A light emitting diode, LED, lamp comprising: an emission unit comprising one or more LED light-emitting devices and a circuit substrate whereon the one or more LED light-emitting devices are mounted; a heat dissipating member whereon the emission unit is mounted and that dissipates heat generated by the emission unit; and a light-transmitting lamp cover directly contacting the heat dissipating member and coupled with the heat dissipating member so as to cover the emission unit, wherein the lamp cover is formed of a light-transmitting material having a thermal conductivity equal to or greater than 9 W/m·K -1, the heat dissipating member comprises a mounting unit disposed at a center and supporting the circuit substrate, an outer circumferential surface surrounding and spaced from the mounting unit, and a plurality of heat dissipating fins connecting the mounting unit and the outer circumferential surface and spaced from one another, and the outer circumferential surface of the heat dissipating member has a plurality of concave-convex units. an emission unit comprising one or more LED light-emitting devices and a circuit substrate whereon the one or more LED light-emitting devices are mounted; a heat dissipating member whereon the emission unit is mounted and that dissipates heat generated by the emission unit; and a light-transmitting lamp cover directly contacting the heat dissipating member and coupled with the heat dissipating member so as to cover the emission unit,
A position indicator (1, 1A, 1B) which includes a resonance circuit for establishing electromagnetic coupling to a conductor of a sensor of a position detection apparatus and reflects information relating to an act of a user applied to the position indicator (1, 1A, 1B) on a resonance frequency or a phase of the resonance circuit, comprising: a first resonance circuit configured including an inductance element and a capacitance element; a second resonance circuit configured including the inductance element, the capacitance element and a variation element for varying an electrical element value which varies the resonance frequency or the phase relating to the act of the user; a switch circuit configured to perform changeover between the first resonance circuit and the second resonance circuit; and a changeover circuit configured to generate a changeover signal for driving the switch circuit and supply the changeover signal to the switch circuit; wherein, when a signal is not received from the position detection apparatus and when a signal other than a given signal is received from the position detection apparatus, the changeover circuit does not generate the changeover signal and the second resonance circuit is configured as the resonance circuit for establishing electromagnetic coupling to the conductor of the sensor of the position detection apparatus, and when a given signal is received from the position detection apparatus, the changeover signal is generated by the changeover circuit and supplied to the switch circuit to perform changeover such that the first resonance circuit is configured as the resonance circuit for electromagnetic coupling to the conductor of the sensor of the position detection apparatus. a first resonance circuit configured including an inductance element and a capacitance element; a second resonance circuit configured including the inductance element, the capacitance element and a variation element for varying an electrical element value which varies the resonance frequency or the phase relating to the act of the user; a switch circuit configured to perform changeover between the first resonance circuit and the second resonance circuit; and a changeover circuit configured to generate a changeover signal for driving the switch circuit and supply the changeover signal to the switch circuit; wherein, when a signal is not received from the position detection apparatus and when a signal other than a given signal is received from the position detection apparatus, the changeover circuit does not generate the changeover signal and the second resonance circuit is configured as the resonance circuit for establishing electromagnetic coupling to the conductor of the sensor of the position detection apparatus, and when a given signal is received from the position detection apparatus, the changeover signal is generated by the changeover circuit and supplied to the switch circuit to perform changeover such that the first resonance circuit is configured as the resonance circuit for electromagnetic coupling to the conductor of the sensor of the position detection apparatus.
A specific anti-S100A4 antibody having anti-angiogenic activity or an S100A4 binding fragment thereof which preserves the anti-angiogenic activity of said antibody wherein the antibody is produced by a hybridoma selected from the group ECACC 10022401, ECACC 11051801, ECACC 11051802, ECACC 11051803 and ECACC 11051804.
Sensor unit for determining properties of a lubricant, comprising the following components: - a sensor housing having a window, the window being able to be aligned with the lubricant; - a transmitter which is arranged in the sensor housing and is intended to emit electromagnetic radiation through the window; - a receiver which is arranged in the sensor housing and is intended to receive electromagnetic radiation through the window; - control electronics and signal conditioning electronics which are arranged in the sensor housing, the control electronics and the signal conditioning electronics being electrically connected to the transmitter and to the receiver and being designed to generate at least one digital sensor signal; and - an electrical connection which is guided through the sensor housing and is electrically connected to the control electronics and to the signal conditioning electronics, and the electrical connection being able to be connected to a freely programmable computing unit; characterized in that the control electronics and the signal conditioning electronics comprise at least one A/D converter for converting an analogue output signal from the receiver into the digital sensor signal. - a sensor housing having a window, the window being able to be aligned with the lubricant; - a transmitter which is arranged in the sensor housing and is intended to emit electromagnetic radiation through the window; - a receiver which is arranged in the sensor housing and is intended to receive electromagnetic radiation through the window; - control electronics and signal conditioning electronics which are arranged in the sensor housing, the control electronics and the signal conditioning electronics being electrically connected to the transmitter and to the receiver and being designed to generate at least one digital sensor signal; and - an electrical connection which is guided through the sensor housing and is electrically connected to the control electronics and to the signal conditioning electronics, and the electrical connection being able to be connected to a freely programmable computing unit;
Gearing comprising a housing, the housing has a housing upper part and a housing lower part on which the housing upper part is placed, the housing upper part being arranged on a first side of a plane and the housing lower part being arranged on the other side of the plane, the housing upper part in particular being integrally moulded in a shell shape, in particular in a half-nutshell shape, the housing upper part having, on its inside, at least one first channel that is integrally moulded on the housing upper part and extends in a longitudinal direction, in particular a first channel integrally moulded in one piece, i.e. as a single part, the housing upper part having, on its inside, at least one additional channel that is integrally moulded on the housing upper part and extends in a transverse direction, in particular an additional channel integrally moulded in one piece, i.e. as a single part, the transverse direction being oriented perpendicularly to the longitudinal direction, the transverse direction in particular being oriented in parallel with the shaft axis of the output shaft of the gearing and/or the longitudinal direction and the transverse direction being oriented in parallel with the plane, characterised in that a trough for guiding oil and reducing splash losses surrounds a circumferential portion of a toothed part, in particular a gearwheel, in particular in the radial and axial directions, the trough being composed of at least three parts, thus at least of a base plate and two side walls, the base plate being screwed to the two side walls, the trough being fastened to the housing, the trough having a recess, in particular a conduit, in particular at its lowest surface region, in particular therefore at the surface region having the greatest radial distance, oil in particular being conveyed between the trough and gearwheel from the oil sump of the gearing, through the recess, when the gearwheel is rotating, in particular conveyed to a higher position than the level of the oil sump, in particular into the channel, the base plate and the side walls being punched bent parts.