mhurhangee/ep-ind-claims huggingface dataset:
Plasma cutting machine comprising (a) a plasma burner that is configured to be moved by movement unit, (b) a distance sensor that is configured to be actuated at a low voltage level and has an electronic control unit determining the distance between a workpiece to be worked and the plasma burner, (c) an ignition device (8; 9) that triggers an ignition process when actuated at a high voltage level, (d) and a protection device for protecting the electronic control unit against interference voltage resulting from the ignition process, said protection device is moved with the plasma burner, characterized in that the protection device contains an electronic circuit that includes the electronic control unit of the distance sensor, a protection switch having a plurality of protection levels of reducing the interference voltage, and an interface to a machine control. (a) a plasma burner that is configured to be moved by movement unit, (b) a distance sensor that is configured to be actuated at a low voltage level and has an electronic control unit determining the distance between a workpiece to be worked and the plasma burner, (c) an ignition device (8; 9) that triggers an ignition process when actuated at a high voltage level, (d) and a protection device for protecting the electronic control unit against interference voltage resulting from the ignition process, said protection device is moved with the plasma burner,
Fuel injection device for injecting fuel into a combustion chamber of an internal combustion engine, having a control valve (36; 94) which comprises a valve piece (4; 84) in which a valve body (37; 98) is guided so as to be movable back and forth in order to represent a valve seat (39; 95), wherein the valve body (37; 98) has a first contact surface (71; 121) at an end remote from the combustion chamber, characterized in that, with the valve seat (39; 95) closed, the first contact surface (71; 121) is arranged in a plane with a second contact surface (72; 122), formed on the valve piece (4; 84), such that the two contact surfaces (71, 72; 121, 122) bear in a sealing manner against a common mating surface (73; 123), wherein the two contact surfaces (71, 72; 121, 122) are embodied as annular surfaces.
Method for controlling at least one data retrieval by a controller of a vehicle, wherein the method has the following steps: reading in a request for providing data and an interrogation code associated with the request; checking a validity of the interrogation code; and providing response information responding to the request, wherein response information comprises at least one physical parameter of the vehicle and/or of the driver and/or a journey parameter of the vehicle, characterized in that the checking step and the providing step having a monitoring step carried out between them, wherein a predefined time interval between the request and a request carried out previously is monitored and/or waited in the monitoring step. reading in a request for providing data and an interrogation code associated with the request; checking a validity of the interrogation code; and providing response information responding to the request, wherein response information comprises at least one physical parameter of the vehicle and/or of the driver and/or a journey parameter of the vehicle,
Method for determining the self-discharge current of a lithium-ion battery provided with a positive electrode, a negative electrode comprising a lithium ion insertion material, and an electrolyte arranged between the positive and negative electrodes, characterized in that it comprises the steps of: - charging the battery until a metal lithium layer is formed between the electrolyte and the negative electrode, - measuring the open-circuit voltage (V CO) of the battery at two moments, and - determining the self-discharge current from the variation of the measured voltage between the two moments. - charging the battery until a metal lithium layer is formed between the electrolyte and the negative electrode, - measuring the open-circuit voltage (V CO) of the battery at two moments, and - determining the self-discharge current from the variation of the measured voltage between the two moments.
System comprising an adhesive application apparatus for an edge banding machine for applying molten adhesive to a narrow side of a panel-shaped workpiece moved in a feed direction at a feed speed and comprising a signal processing member, wherein the adhesive application apparatus comprises a melt chamber in which a melting insert for melting an adhesive that is introducible into the melt chamber and a pressing piston that is displaceable in the melt chamber for pressing the adhesive against the melt insert are arranged, and wherein the adhesive application apparatus comprises a feed unit for displacing the pressing piston as well as a nozzle body for applying the molten adhesive to the narrow side of the workpiece, and wherein the adhesive application apparatus comprises a sensor device, which is set up to continuously provide a sensor signal corresponding to the current fill level of the melt chamber after filling the melt chamber, wherein the sensor device is releasably connectable to the signal processing member, characterized in that the signal processing member is configured to determine the remaining length of adhesive application that remains until reaching a minimum fill level of the melt chamber on the basis of the change over time of the fill level of the melt chamber under consideration of the feed speed of the workpiece.
A container for use with a closure having a frangible tamper-evident ring, the container comprising: a container body having a neck, the neck including a container thread; and an annular rim protruding from the neck below the container thread; characterized in that the container further comprises: a first ramp protruding from the neck below the annular rim, the first ramp including a first inclined ramp surface oriented at a first inclined ramp angle and a second inclined ramp surface oriented at a second inclined ramp angle, wherein the first and second inclined ramp angles (54, 58) are each between about five degrees and about forty-five degrees relative to a first local reference axis, wherein the first local reference axis is oriented perpendicular to the radial direction of the first ramp apex. a container body having a neck, the neck including a container thread; and an annular rim protruding from the neck below the container thread; characterized in that the container further comprises: a first ramp protruding from the neck below the annular rim, the first ramp including a first inclined ramp surface oriented at a first inclined ramp angle and a second inclined ramp surface oriented at a second inclined ramp angle, wherein the first and second inclined ramp angles (54, 58) are each between about five degrees and about forty-five degrees relative to a first local reference axis, wherein the first local reference axis is oriented perpendicular to the radial direction of the first ramp apex. a first ramp protruding from the neck below the annular rim, the first ramp including a first inclined ramp surface oriented at a first inclined ramp angle and a second inclined ramp surface oriented at a second inclined ramp angle, wherein the first and second inclined ramp angles (54, 58) are each between about five degrees and about forty-five degrees relative to a first local reference axis, wherein the first local reference axis is oriented perpendicular to the radial direction of the first ramp apex.
Compound for use in the treatment of infections by protozoa having a formate-nitrite transporter protein, the compound having structure I, wherein R1 is a perfluoroalkyl in which the alkyl is straight-chain or branched wherein R2 is H or a C 1 to C 12 alkyl, or R2 is a carbonyl group with H or a C 1 to C 12 alkyl, wherein R1 is pentafluoroethyl, heptafluoropropyl or nonafluorobutyl, wherein R3 is an aromatic compound which is bonded directly or by a C 1 to C 3 alkyl and which is substituted in the para or meta position to structure I by a straight-chain or branched C 1 to C 12 alkyl group or a C 1 to C 12 alkoxy group or halogen.
A stormwater chamber, comprising: a chamber body including a chamber wall, an apex, a base, a first opening, and a second opening; and wherein the chamber wall includes a continuous curvature from the apex of the chamber body to the first and second openings (450, 480) and a continuous curvature from the apex of the chamber body to the base and characterized in that the chamber body includes at least one corrugation (485, 490, 495) extending from the base toward the apex of the chamber body; wherein a height of each of the first and second openings (450, 480) is less than half of a height of the chamber body. a chamber body including a chamber wall, an apex, a base, a first opening, and a second opening; and wherein the chamber wall includes a continuous curvature from the apex of the chamber body to the first and second openings (450, 480) and a continuous curvature from the apex of the chamber body to the base and characterized in that the chamber body includes at least one corrugation (485, 490, 495) extending from the base toward the apex of the chamber body; wherein a height of each of the first and second openings (450, 480) is less than half of a height of the chamber body.
Method for determining a correction value (Δγ) for a control device for an electric machine, wherein the correction value describes an angular difference between a position of a d-axis of the electric machine assumed in an initial configuration of the control device on the basis of rotor position information of a rotor position encoder and an actual position of the d-axis, wherein a zero current is impressed in stator windings of the electric machine and the correction value is determined in a rotating state of a rotor of the electric machine depending on - a d-voltage value ( u d), which describes a d-component of a stator voltage predetermined by the control device in the initial configuration, and - a q-voltage value ( u q), which describes a q-component of the stator voltage predetermined by the control device in the initial configuration, characterized in that the correction value (Δγ) is determined in the rotating state of the rotor of the electric machine further depending on - a flux value ( ψ), which describes a magnetic flux of the rotor, - a rotational speed value ( ω el), which describes the rotational speed of the rotor in the rotating state, and - a calibration value (Δ u d), which describes a rotational speed-dependent voltage error of the d-component ( u d) of the stator voltage. - a d-voltage value ( u d), which describes a d-component of a stator voltage predetermined by the control device in the initial configuration, and - a q-voltage value ( u q), which describes a q-component of the stator voltage predetermined by the control device in the initial configuration, - a flux value ( ψ), which describes a magnetic flux of the rotor, - a rotational speed value ( ω el), which describes the rotational speed of the rotor in the rotating state, and - a calibration value (Δ u d), which describes a rotational speed-dependent voltage error of the d-component ( u d) of the stator voltage.
Compressor family having refrigerant compressors of different refrigerating capacities, wherein each refrigerant compressor includes an electric drive unit, a cylinder housing, a crankshaft which may be driven by the electric drive unit and a piston, driven by the crankshaft and guided in the cylinder housing, which piston compresses the refrigerant, wherein the cylinder housing has the main bearing for the crankshaft, wherein the electric drive unit of each refrigerant compressor in the compressor family has a different overall height (H ges), composed of the height of the electric drive unit (H e) and the height of the cylinder housing (H z), depending on the refrigerating capacity, characterized in that at least one height compensation element is situated between the electric drive unit and the cylinder housing of each refrigerant compressor in the compressor family, in order to achieve an identical overall height of cylinder housing and the respective electric drive unit within the compressor family having electric drive units of varying heights.
A method for determining the presence and/or amount of an analyte in a whole sample of blood, the method comprising the steps of (a) providing a sample of whole blood for qualitative or quantitative determination of an analyte, (b) treating the whole blood sample with a nonlytic hypertonic salt composition to adjust the hematocrit of the sample, and (c) determining the presence and/or amount of analyte in the whole blood sample by measuring the so treated whole blood sample.
A p300 inhibitor for use in a method of treating an individual to reduce the level of an acetylated Tau polypeptide in a neuron or glial cell in the individual, thereby treating a tauopathy in the individual, wherein the p300 inhibitor decreases the activity of a polypeptide that acetylates a Tau polypeptide.
Disconnectable flexible aeration duct comprising a first and a second pipe section (2, 3) connected to one another, characterized in that it comprises a connecting member with disconnection by cable, the connecting member comprising a first part having a closed contour connected to the first section, a second part having a closed contour connected to the second section, and a separable closure system, the connecting member comprising a thread for disconnecting the first and second parts by opening the closure system, the thread being arranged in part inside and in the vicinity of the first and second parts, the thread comprising a portion connected to the second part and a free end projecting outside the first and second parts, in such a way that an operator separates the first and second parts of the connecting member, thus causing a separation of the first and second pipe sections.
A terminal apparatus comprising: an extracting block configured to extract signature data indicative of a feature of content from said content to be reproduced; a query generating block configured to generate a query that at least includes said extracted signature data; a communication block configured to transmit said generated query to a server apparatus and receive a response returned by said server apparatus in response to said query; and an application executing block configured to obtain an application on the basis of an application URL, Uniform Resource Locator, in which at least application identification information is written, said application URL being included in said response, and execute said application. an extracting block configured to extract signature data indicative of a feature of content from said content to be reproduced; a query generating block configured to generate a query that at least includes said extracted signature data; a communication block configured to transmit said generated query to a server apparatus and receive a response returned by said server apparatus in response to said query; and an application executing block configured to obtain an application on the basis of an application URL, Uniform Resource Locator, in which at least application identification information is written, said application URL being included in said response, and execute said application.
A combination comprising an autonomous underwater vehicle (10, 100) with an exterior surface and a displaced volume, and an external payload (12, 102) releasably deployable from the autonomous underwater vehicle; the external payload is releasably connected to the exterior surface of the autonomous underwater vehicle by a releasable mechanism (44, 172), the releasable mechanism comprises a wire (46, 174) and a burn wire (50, 176), and the wire crosses over the payload; and the displaced volume of the autonomous underwater vehicle remains the same before and after release of the external payload.
A gas turbine engine comprising: a high pressure turbine configured to rotate with a high pressure compressor as a high pressure spool in a first direction about a central axis; a low pressure turbine configured to rotate with a low pressure compressor as a low pressure spool in said first direction about said central axis; and a fan connected to the low pressure spool via a speed changing mechanism and configured to rotate in said first direction, characterised in that: guide vanes are positioned upstream of a first stage in said low pressure turbine to, in use, direct gases downstream of said high pressure turbine as the gases approach said low pressure turbine; and a mid-turbine frame supports said high pressure turbine, wherein said guide vanes are positioned intermediate said mid-turbine frame and said low pressure turbine. a high pressure turbine configured to rotate with a high pressure compressor as a high pressure spool in a first direction about a central axis; a low pressure turbine configured to rotate with a low pressure compressor as a low pressure spool in said first direction about said central axis; and a fan connected to the low pressure spool via a speed changing mechanism and configured to rotate in said first direction, characterised in that: guide vanes are positioned upstream of a first stage in said low pressure turbine to, in use, direct gases downstream of said high pressure turbine as the gases approach said low pressure turbine; and a mid-turbine frame supports said high pressure turbine, wherein said guide vanes are positioned intermediate said mid-turbine frame and said low pressure turbine. guide vanes are positioned upstream of a first stage in said low pressure turbine to, in use, direct gases downstream of said high pressure turbine as the gases approach said low pressure turbine; and a mid-turbine frame supports said high pressure turbine, wherein said guide vanes are positioned intermediate said mid-turbine frame and said low pressure turbine.
Method for obtaining biodegradable polymers, based on aliphatic or aliphatic and aromatic dicarboxylic acids and aliphatic dihydroxy compounds, characterised in that it comprises a first stage of esterification and/or transesterification and amidation reaction, comprising a first step in which the raw materials described and other additives are mixed in a paste-mixer tank, and a second step of continuous feed to the reactor of the previously mixed raw materials and optionally catalyst and other additives to an esterification and/or transesterification and amidation reactor, obtaining an oligomer, a second stage of prepolycondensation, comprising the continuous feed of the already reacted raw materials or oligomer and optionally more catalyst and other additives to a prepolycondensation reactor, obtaining a prepolymer, a third stage of polycondensation, comprising a first step of continuous feed of prepolymer to a polycondensation reactor, obtaining a polymer with intrinsic viscosities in the range of 0.65 to 2.2 dl/g, corresponding to 60 to 320 cm 3 /g according to DIN 53728, and a second step in which this melted polymer is cooled and cut, converting it into chippings, a fourth stage of extraction, comprising washing with water at a temperature of between 40 °C and 98 °C the obtained polymer chippings and a fifth stage of drying. a first stage of esterification and/or transesterification and amidation reaction, comprising a first step in which the raw materials described and other additives are mixed in a paste-mixer tank, and a second step of continuous feed to the reactor of the previously mixed raw materials and optionally catalyst and other additives to an esterification and/or transesterification and amidation reactor, obtaining an oligomer, a second stage of prepolycondensation, comprising the continuous feed of the already reacted raw materials or oligomer and optionally more catalyst and other additives to a prepolycondensation reactor, obtaining a prepolymer, a third stage of polycondensation, comprising a first step of continuous feed of prepolymer to a polycondensation reactor, obtaining a polymer with intrinsic viscosities in the range of 0.65 to 2.2 dl/g, corresponding to 60 to 320 cm 3 /g according to DIN 53728, and a second step in which this melted polymer is cooled and cut, converting it into chippings, a fourth stage of extraction, comprising washing with water at a temperature of between 40 °C and 98 °C the obtained polymer chippings and a fifth stage of drying.
Seat including a backrest and at least one inflatable element, wherein the inflatable element includes a first portion located behind the backrest and a second portion which is located in front of the backrest, and wherein said first portion and said second portion are adapted to assume a deflated condition and an inflated condition, and wherein the inflatable element comprises two connecting portions (10, 11) arranged between the first portion and the second portion and wherein the two connecting portions (10, 11) define an annular structure with the first portion and the second portion, said annular structure having a cavity suitable for the insertion of a user's head.
A method for decoding an optical signal transmitted over an optical channel from a transmitter to a receiver, comprising: receiving the optical signal transmitted over the optical channel to produce a digital signal in a time domain; partitioning the digital signal in the time domain into a set of overlapping blocks of samples; transforming a block of samples into a frequency domain to produce a discrete spectrum; filtering the discrete spectrum with a static filter to produce a first filtered spectrum; filtering the first filtered spectrum with a dynamic filter to produce a second filtered spectrum; transforming the first filtered spectrum into the time domain to produce a first signal; transforming the second filtered spectrum into the time domain to produce a second signal; determining time coefficients of the dynamic filter in the time domain based on a difference between at least some elements of the first and the second signals (165, 166); updating the time coefficients by replacing a subset of time coefficients with zeros; transforming the updated time coefficients into the frequency domain; updating frequency coefficients of the dynamic filter in the frequency domain with the updated time coefficients transformed into the frequency domain; and reconstructing the optical signal in the time domain using a set of second digital signals corresponding to the set of overlapping blocks of samples, wherein steps of the method are performed using a processor of the receiver. receiving the optical signal transmitted over the optical channel to produce a digital signal in a time domain; partitioning the digital signal in the time domain into a set of overlapping blocks of samples; transforming a block of samples into a frequency domain to produce a discrete spectrum; filtering the discrete spectrum with a static filter to produce a first filtered spectrum; filtering the first filtered spectrum with a dynamic filter to produce a second filtered spectrum; transforming the first filtered spectrum into the time domain to produce a first signal; transforming the second filtered spectrum into the time domain to produce a second signal; determining time coefficients of the dynamic filter in the time domain based on a difference between at least some elements of the first and the second signals (165, 166); updating the time coefficients by replacing a subset of time coefficients with zeros; transforming the updated time coefficients into the frequency domain; updating frequency coefficients of the dynamic filter in the frequency domain with the updated time coefficients transformed into the frequency domain; and reconstructing the optical signal in the time domain using a set of second digital signals corresponding to the set of overlapping blocks of samples, wherein steps of the method are performed using a processor of the receiver.