mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the abrasion resistance of at least one wear layer arranged on a core board comprising the following steps: - recording at least one NIR spectrum of the wear layer arranged on the at least one core board a) before hardening of the at least one wear-protection layer, b) after hardening of the at least one wear layer, or c) before and after hardening of the at least one wear layer with the core board with use of at least one NIR detector in the wavelength range from 500 nm to 2500 nm, preferably from 700 nm to 2000 nm, with particular preference from 900 nm to 1700 nm; - by means of multivariate data analysis, determining the abrasion resistance of the at least one wear layer by comparing the NIR spectrum recorded for determining the abrasion resistance of the at least one wear layer with at least one NIR spectrum recorded for at least one reference sample of the at least one wear layer with known abrasion resistance, where the at least one NIR spectrum recorded for the at least one reference sample with known abrasion resistance of the at least one wear layer has been determined in advance a) after hardening or b) before and after hardening with use of the same NIR detector in the wavelength range from 500 nm to 2500 nm, preferably from 700 nm to 2000 nm, with particular preference from 900 nm to 1700 nm. - recording at least one NIR spectrum of the wear layer arranged on the at least one core board a) before hardening of the at least one wear-protection layer, b) after hardening of the at least one wear layer, or c) before and after hardening of the at least one wear layer with the core board with use of at least one NIR detector in the wavelength range from 500 nm to 2500 nm, preferably from 700 nm to 2000 nm, with particular preference from 900 nm to 1700 nm; a) before hardening of the at least one wear-protection layer, b) after hardening of the at least one wear layer, or c) before and after hardening of the at least one wear layer with the core board with use of at least one NIR detector in the wavelength range from 500 nm to 2500 nm, preferably from 700 nm to 2000 nm, with particular preference from 900 nm to 1700 nm; - by means of multivariate data analysis, determining the abrasion resistance of the at least one wear layer by comparing the NIR spectrum recorded for determining the abrasion resistance of the at least one wear layer with at least one NIR spectrum recorded for at least one reference sample of the at least one wear layer with known abrasion resistance,
An integrated unit for a pump station, the integrated unit comprising: a motor, a motor controller and an interface to a pump station system controller, wherein the motor, the motor controller and the interface to the pump station system controller are integrated with one another in a housing, characterised in that the housing comprises an exterior wall portion that is removably mounted on the housing, and wherein an electronic component of the motor controller or the interface to the pump station system controller is mounted on the exterior wall portion so as to be located internally to the housing when the exterior wall portion is mounted on the housing, and wherein the exterior wall portion comprises a cooling system for the electronic component. a motor, a motor controller and an interface to a pump station system controller, wherein the motor, the motor controller and the interface to the pump station system controller are integrated with one another in a housing, characterised in that the housing comprises an exterior wall portion that is removably mounted on the housing, and wherein an electronic component of the motor controller or the interface to the pump station system controller is mounted on the exterior wall portion so as to be located internally to the housing when the exterior wall portion is mounted on the housing, and wherein the exterior wall portion comprises a cooling system for the electronic component.
A vibrating hand held surgical instrument for loosening tissue of a patient for liposuction or body contouring procedures, the instrument comprising: a housing and an end effector extending distally from the housing, the end effector being selected from a cannula and a rod, a motor having a rotating shaft; a rotating flexible shaft having a first end and a second end, the first end operatively connected to the shaft of the motor; and a vibration actuator contained within the housing, the actuator including an eccentric rotating mass operatively connected to the second end of the rotating flexible shaft; wherein the cannula or rod extends distally from the housing containing the eccentric mass, the cannula or rod being operatively connected to the vibration actuator, wherein the motor rotates the eccentric mass to cause the cannula or rod to vibrate to loosen tissue. a housing and an end effector extending distally from the housing, the end effector being selected from a cannula and a rod, a motor having a rotating shaft; a rotating flexible shaft having a first end and a second end, the first end operatively connected to the shaft of the motor; and a vibration actuator contained within the housing, the actuator including an eccentric rotating mass operatively connected to the second end of the rotating flexible shaft; wherein the cannula or rod extends distally from the housing containing the eccentric mass, the cannula or rod being operatively connected to the vibration actuator, wherein the motor rotates the eccentric mass to cause the cannula or rod to vibrate to loosen tissue.
A method for preparing a coated lift plunger, the method comprising: applying a laminate coating on a surface of a plunger core that is substantially symmetrical about a longitudinal axis and has a first diameter and a plunger body, thereby forming the coated lift plunger, wherein the plunger core includes a light-weighting feature comprising a plurality of voids, and wherein the laminate coating comprises a first layer and a second layer, the first layer having a first composition and a first nanostructure, and the second layer having a second composition and a second nanostructure.
An engine device comprising: an engine capable of coping with both a premix combustion mode in which premixed fuel obtained by mixing gaseous fuel with air in advance is supplied into a cylinder and combusted and a diffusion combustion mode in which liquid fuel is injected into the cylinder and combusted; a gas supply device configured to supply the gaseous fuel into the cylinder in the premix combustion mode; a pilot injection device configured to inject the liquid fuel into the cylinder in the premix combustion mode; and a main injection device configured to inject the liquid fuel into the cylinder in the diffusion combustion mode, wherein the liquid fuel is injected from the main injection device and the liquid fuel is injected from the pilot injection device during the diffusion combustion mode, to diagnose failure in the pilot injection device, and the pilot injection device in the diffusion combustion mode injects fuel at a predetermined injection timing, characterized in that the failure diagnosis of the pilot injection device is performed based on a pressure difference between a maximum in-cylinder pressure value of the cylinder during an idling state and a maximum in-cylinder pressure value of the cylinder when the fuel injection amount of the pilot injection device is increased and the injection timing is advanced as compared to the idling state.
A treated RNA composition comprising in vitro -synthesized ssRNA or mRNA, wherein less than 0.01%, preferably less than 0.001%, further preferably less than 0.0002% of the of the mass of RNA in said treated RNA composition is double-stranded RNA (dsRNA) of a size greater than about 40 basepairs in length; wherein said treated RNA composition has been obtained by treating in vitro -synthesized ssRNA with a dsRNA-specific endoribonuclease III protein in a buffered aqueous solution comprising magnesium cations at a concentration of about 1-4 mM, and a salt providing an ionic strength equivalent to at least about 50 mM potassium acetate or potassium glutamate.
A method for contactless recording of a track geometry of a track by means of a rail vehicle that is moved along the track on on-track undercarriages, wherein transversely extending profile data of the track are compiled by means of a laser scanner, wherein by means of an evaluation device, the profile data are evaluated relative to a reference base pre-defined on the rail vehicle in order to derive from this the course of a track central axis and/or a rail, characterized in that that a reference plane, aligned with pivot points of the on-track undercarriages and with the laser scanner, is specified as reference base, that a displacement of the reference plane relative to a rail edge point is determined from the profile data, and that from this and from distances between the pivot points and the laser scanner, a curvature of a track curve is derived.
A cooking appliance, including: a housing having a cooking compartment and a bottom part defining a bottom surface of the cooking compartment; a base below the bottom part; and an induction heating part installed between the bottom part and the base, the induction heating part including: a working coil for inductively heating an object in the cooking compartment installed adjacent to the bottom part; and a receiver coil installed adjacent to the base and configured to wirelessly receive power for operating the cooking appliance, wherein a center of the receiver coil is coaxial with a center of the working coil; characterized in that, the cooking appliance further comprising a second control board configured to supply the working coil with power received from the receiver coil. a housing having a cooking compartment and a bottom part defining a bottom surface of the cooking compartment; a base below the bottom part; and an induction heating part installed between the bottom part and the base, the induction heating part including: a working coil for inductively heating an object in the cooking compartment installed adjacent to the bottom part; and a receiver coil installed adjacent to the base and configured to wirelessly receive power for operating the cooking appliance, wherein a center of the receiver coil is coaxial with a center of the working coil; characterized in that, the cooking appliance further comprising a second control board configured to supply the working coil with power received from the receiver coil. a working coil for inductively heating an object in the cooking compartment installed adjacent to the bottom part; and a receiver coil installed adjacent to the base and configured to wirelessly receive power for operating the cooking appliance, wherein a center of the receiver coil is coaxial with a center of the working coil; characterized in that, the cooking appliance further comprising a second control board configured to supply the working coil with power received from the receiver coil.
Energy-absorbing bracket for anchoring an item to an inner surface of a cargo space of a vehicle, wherein the bracket comprises a first side which faces said inner surface when the bracket is anchored thereto, and a second side opposite the first side and thus faces the cargo space in the mounted position, wherein the inner surface of the vehicle having an extension in a first direction (x), which substantially is a travelling direction of a vehicle, the bracket comprising: a first anchoring portion arranged for attachment to said inner surface, wherein the first anchoring portion has a first extension plane in the first direction (x), a second anchoring portion arranged for attachment to said item, an expansion portion, arranged between and connecting the first and second anchoring portions (2, 3), wherein the expansion portion has an extension in the first direction (x), wherein the expansion portion is arranged to expand at least in the first direction (x) by being accordion-shaped in the first direction (x), wherein the accordion-shape of the expansion portion is substantially symmetrically arranged along a symmetry axis (y), wherein ridges (5a, 5b,...5n) and valleys (6a, 6b,...6n) of the accordion-shaped expansion portion having a peak height (h) relative the symmetry axis (y), wherein the ridges (5a, 5b,...5n) facing the first side of the bracket and the valleys (6a, 6b,...6n) facing the second side of the bracket, characterized by that the peak height (h) of the ridges (5a, 5b,...5n) and valleys (6a, 6b,...6n) relative the central axis (y) varies between adjacent ridges (5a, 5b,...5n) and valleys (6a, 6b,...6n), such as a "wave-height" changes in direction from the second anchoring portion towards the first anchoring portion. a first anchoring portion arranged for attachment to said inner surface, wherein the first anchoring portion has a first extension plane in the first direction (x), a second anchoring portion arranged for attachment to said item, an expansion portion, arranged between and connecting the first and second anchoring portions (2, 3), wherein the expansion portion has an extension in the first direction (x), wherein the expansion portion is arranged to expand at least in the first direction (x) by being accordion-shaped in the first direction (x), wherein the accordion-shape of the expansion portion is substantially symmetrically arranged along a symmetry axis (y), wherein ridges (5a, 5b,...5n) and valleys (6a, 6b,...6n) of the accordion-shaped expansion portion having a peak height (h) relative the symmetry axis (y), wherein the ridges (5a, 5b,...5n) facing the first side of the bracket and the valleys (6a, 6b,...6n) facing the second side of the bracket, characterized by that the peak height (h) of the ridges (5a, 5b,...5n) and valleys (6a, 6b,...6n) relative the central axis (y) varies between adjacent ridges (5a, 5b,...5n) and valleys (6a, 6b,...6n), such as a "wave-height" changes in direction from the second anchoring portion towards the first anchoring portion.
A method of operating a wireless access point to exchange data with a plurality of devices (110, 130), the data being exchanged wirelessly over a frequency range having a plurality of subcarriers (210 1, 210 2...210 24), the method comprising: sensing activity in at least a portion of a plurality of subcarriers, the sensing comprising for each subcarrier of the portion: at a first time, detecting (614,620) whether a signal is being transmitted over the subcarrier; and when a signal is detected at the first time, waiting a random interval and detecting whether a signal is being transmitted over the subcarrier; generating a (612, 626) plurality of subcarrier assignments, each of the subcarrier assignments being associated with a device of the plurality of devices, and each of the subcarrier assignments being selected based at least in part on the sensed activity, and the subcarrier assignments of the plurality of subcarrier assignments being selected to distinguish communications with each of the plurality of devices from communications with others of the plurality of devices; sending each of the plurality of subcarrier assignments to the associated device of the plurality of devices; and communicating with the device using the assigned subcarriers; and modifying error correction processing to ignore subcarriers in which no information is being transmitted. at a first time, detecting (614,620) whether a signal is being transmitted over the subcarrier; and when a signal is detected at the first time, waiting a random interval and detecting whether a signal is being transmitted over the subcarrier; generating a (612, 626) plurality of subcarrier assignments, each of the subcarrier assignments being associated with a device of the plurality of devices, and each of the subcarrier assignments being selected based at least in part on the sensed activity, and the subcarrier assignments of the plurality of subcarrier assignments being selected to distinguish communications with each of the plurality of devices from communications with others of the plurality of devices; sending each of the plurality of subcarrier assignments to the associated device of the plurality of devices; and communicating with the device using the assigned subcarriers; and modifying error correction processing to ignore subcarriers in which no information is being transmitted.
A food package comprising an outer package that contains mineral oil, and an inner package which is placed inside the outer package (1 b), said inner package (1 a) containing at least 50% of inner packaging material that contains from 0 to less than 2 g/m 2 of biopolymers, and - base paper with a coating that comprises - one or more platy coating pigments, and - binding agent that comprises acrylate latex, styrene butadiene latex, styrene acrylate latex, and/or polyvinyl alcohol, wherein - 20 to 70 wt-% of the total dry weight of said platy coating pigment and binding agent consists of binding agent, and - the total dry weight of said platy coating pigment and binding agent constitutes at least 70 wt-% of said coating. - base paper with a coating that comprises - one or more platy coating pigments, and - binding agent that comprises acrylate latex, styrene butadiene latex, styrene acrylate latex, and/or polyvinyl alcohol, wherein - 20 to 70 wt-% of the total dry weight of said platy coating pigment and binding agent consists of binding agent, and - the total dry weight of said platy coating pigment and binding agent constitutes at least 70 wt-% of said coating. - one or more platy coating pigments, and - binding agent that comprises acrylate latex, styrene butadiene latex, styrene acrylate latex, and/or polyvinyl alcohol, wherein - 20 to 70 wt-% of the total dry weight of said platy coating pigment and binding agent consists of binding agent, and - the total dry weight of said platy coating pigment and binding agent constitutes at least 70 wt-% of said coating.
A therapeutically effective amount of a polyamine analog for use in reducing proviral load in monocytes or macrophages of a subject infected by an immunodeficiency virus, wherein the subject does not have AIDS-associated dementia, AIDS-associated lymphoma or AIDS-associated diarrhea, and wherein the polyamine analog is 1,1' [methylethanediylidene]dinitrilo)diguanidine (MGBG); or a salt thereof.
Device for blocking and releasing an essential functional component of a motor vehicle, in particular a steering column or a gearshift lever, comprising a locking bolt movably mounted between a locking position for locking the essential functional component and an unlocking position for unlocking the essential functional component, a gear, which is in mechanical operative connection with the locking bolt in order to transfer the locking bolt between the locking position and the unlocking position, and a detection unit, which comprises a sliding element for moving a signal transmitter and at least one first stationary sensor element for detecting at least one pose (RS, DS) of the sliding element, wherein the sliding element is in mechanical operative connection with the gear in order to transfer the sliding element between a rest pose, in which the signal transmitter is located at a distance from the first sensor element, and a detection pose, in which the signal transmitter is located in the detection region of the first sensor element, characterized in that the detection unit comprises a spring element for applying a spring force to the sliding element from the rest pose to the detection pose, so that a double protection is provided when the sliding element is transferred from the rest pose to the detection pose, wherein, if the sliding element loses the mechanical connection to the gear, the spring element ensures that the sliding element safely reaches its detection pose despite mechanical interruptions in the drive chain.
A pulley decoupler for transferring drive torque from the belt of an accessories belt drive to the shaft of one of the accessories, having: - a pulley, - a hub to be mounted on the shaft - and a series connection arranged in the drive torque flow between the pulley and the hub, of a wrap-around belt as a one-way clutch and a helical torsion spring which extend in the direction of the rotational axis of the pulley decoupler, wherein the helical torsion spring expands radially while transferring the drive torque and its ends come in contact with an axially rising, ramp-like spring support surface (30, 39) of a first spring plate and a second spring plate, characterised in that the wrap-around belt is arranged radially between the pulley and the helical torsion spring, and the wrap-around belt ends (13, 16) thereof expand radially while transferring the drive torque, wherein the first wrap-around belt end running in the drive torque flow on the pulley side, is braced against an inner casing rotationally fixed in the pulley and wherein the second wrap-around belt end running in the drive torque flow on the helical torsion spring side, is braced against the inner casing of an outer ring of the first spring plate, which is formed as a sheet metal part with a rim and the spring support surface formed thereon and on the outer casing of the outer ring is rotatably mounted in the pulley. - a pulley, - a hub to be mounted on the shaft - and a series connection arranged in the drive torque flow between the pulley and the hub, of a wrap-around belt as a one-way clutch and a helical torsion spring which extend in the direction of the rotational axis of the pulley decoupler, wherein the helical torsion spring expands radially while transferring the drive torque and its ends come in contact with an axially rising, ramp-like spring support surface (30, 39) of a first spring plate and a second spring plate, characterised in that the wrap-around belt is arranged radially between the pulley and the helical torsion spring, and the wrap-around belt ends (13, 16) thereof expand radially while transferring the drive torque, wherein the first wrap-around belt end running in the drive torque flow on the pulley side, is braced against an inner casing rotationally fixed in the pulley and wherein the second wrap-around belt end running in the drive torque flow on the helical torsion spring side, is braced against the inner casing of an outer ring of the first spring plate, which is formed as a sheet metal part with a rim and the spring support surface formed thereon and on the outer casing of the outer ring is rotatably mounted in the pulley.
A method of analyzing a sample by mass spectrometry, comprising: acquiring a mass spectrum of ions derived from the sample; identifying an ion species of interest from the mass spectrum; automatically selecting a dissociation type from a plurality of distinct candidate dissociation types by determining a charge state of the identified ion species and applying specified criteria, the specified criteria being based at least partially on the determined charge state; and dissociating the identified ion species using the selected dissociation type. acquiring a mass spectrum of ions derived from the sample; identifying an ion species of interest from the mass spectrum; automatically selecting a dissociation type from a plurality of distinct candidate dissociation types by determining a charge state of the identified ion species and applying specified criteria, the specified criteria being based at least partially on the determined charge state; and dissociating the identified ion species using the selected dissociation type.