mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a household microwave appliance, in which - a field distribution in a cooking chamber of the household microwave appliance is changed during the microwave treatment operation, - the microwave treatment operation is controlled as a function of a change in temperature of the microwave generator effected by the change in the field distribution, characterised in that - an extent of a change in a portion of the microwave power radiated into the cooking chamber which is reflected from the cooking chamber back to the microwave generator is determined from the change in temperature. - a field distribution in a cooking chamber of the household microwave appliance is changed during the microwave treatment operation, - the microwave treatment operation is controlled as a function of a change in temperature of the microwave generator effected by the change in the field distribution, characterised in that - an extent of a change in a portion of the microwave power radiated into the cooking chamber which is reflected from the cooking chamber back to the microwave generator is determined from the change in temperature.
Test apparatus (10, 60, 70, 80, 90) for a scattered-light measuring device having a light-transmissive body, which is arrangeable in a measurement chamber of the scattered-light measuring device and comprises a plurality of scattering centres, by way of which light emitted by a light source of the scattered-light measuring device is scatterable; wherein the scattering centres are present in a scattering body section of the light-transmissive body, which is arranged between a light-transmissive upstream region of the light-transmissive body and a light-transmissive downstream region of the light-transmissive body, wherein the light-transmissive upstream region and the light-transmissive downstream region are each free from the scattering centres, wherein the light-transmissive upstream region of the light-transmissive body and the light-transmissive downstream region of the light-transmissive body form a covering which envelops the scattering body section having the scattering centres completely at least in two out of the three spatial directions, wherein the covering is free from the scattering centres.
A method of manufacturing an SOI wafer, including reducing a thickness of an SOI layer formed on an insulator layer of an SOI wafer to a predetermined thickness such that the thickness of the SOI layer becomes a target value, the method comprising at least the steps of: (a) forming a thermal oxide film on the SOI layer by a heat treatment under an oxidizing gas atmosphere; (b) measuring the thickness of the SOI layer after forming the thermal oxide film; (c) performing batch cleaning which includes immersing the SOI layer in a cleaning solution having an etching property with respect to the SOI layer, wherein an etching amount of the SOI layer is adjusted depending on the thickness of the SOI layer measured in the step (b) such that the thickness of the SOI layer is adjusted to be thicker than the target value after etching by the batch cleaning; (d) measuring the thickness of the SOI layer after the batch cleaning; and (e) performing single-wafer cleaning which includes immersing the SOI layer in a cleaning solution having an etching property with respect to the SOI layer, wherein an etching amount of the SOI layer is adjusted depending on the thickness of the SOI layer measured in the step (d) such that the thickness of the SOI layer is adjusted to be the target value after etching by the single-wafer cleaning, the method further comprising removing the thermal oxide film formed in the step (a) after the step (a) and before the step (b), or after the step (b) and before the step (c). (a) forming a thermal oxide film on the SOI layer by a heat treatment under an oxidizing gas atmosphere; (b) measuring the thickness of the SOI layer after forming the thermal oxide film; (c) performing batch cleaning which includes immersing the SOI layer in a cleaning solution having an etching property with respect to the SOI layer, wherein an etching amount of the SOI layer is adjusted depending on the thickness of the SOI layer measured in the step (b) such that the thickness of the SOI layer is adjusted to be thicker than the target value after etching by the batch cleaning; (d) measuring the thickness of the SOI layer after the batch cleaning; and (e) performing single-wafer cleaning which includes immersing the SOI layer in a cleaning solution having an etching property with respect to the SOI layer, wherein an etching amount of the SOI layer is adjusted depending on the thickness of the SOI layer measured in the step (d) such that the thickness of the SOI layer is adjusted to be the target value after etching by the single-wafer cleaning, the method further comprising
Method for testing a component in a high lift system of an aircraft, the high lift system comprising a central power control unit for moving high lift surfaces arranged at a wing through providing rotational power by means of a transmission shaft (24, 26) to a plurality of drive stations coupled with the high lift surfaces; which power control unit comprises at least one hydraulic motor coupled with a selectively activatable brake, wherein the at least one hydraulic motor can be coupled to and decoupled from a hydraulic network by opening and closing a solenoid valve; the method comprising the steps of: - opening the solenoid valve; - activating the brake, - commanding a rotation of the at least one hydraulic motor for a predetermined period of time, wherein the brake remains activated, - acquiring a sensor output of a motion sensor coupled with the central power control unit during the commanded rotation of the at least one hydraulic motor, - determining a motion of the power control unit from the acquired sensor output, - comparing the determined motion with a predetermined threshold value, and - generating a brake indication signal in case the determined motion exceeds the predetermined motion threshold value, wherein the method further comprises the previous or subsequent steps of closing the solenoid valve, detecting a hydraulic pressure between the solenoid valve and the at least one hydraulic motor and generating a valve indication signal in case the detected pressure is above a predetermined pressure threshold value. - opening the solenoid valve; - activating the brake, - commanding a rotation of the at least one hydraulic motor for a predetermined period of time, wherein the brake remains activated, - acquiring a sensor output of a motion sensor coupled with the central power control unit during the commanded rotation of the at least one hydraulic motor, - determining a motion of the power control unit from the acquired sensor output, - comparing the determined motion with a predetermined threshold value, and - generating a brake indication signal in case the determined motion exceeds the predetermined motion threshold value, - activating the brake, - commanding a rotation of the at least one hydraulic motor for a predetermined period of time, wherein the brake remains activated, - acquiring a sensor output of a motion sensor coupled with the central power control unit during the commanded rotation of the at least one hydraulic motor, - determining a motion of the power control unit from the acquired sensor output, - comparing the determined motion with a predetermined threshold value, and - generating a brake indication signal in case the determined motion exceeds the predetermined motion threshold value,
A calibrating device for calibrating the diameter of a film tube exiting from a blown film nozzle head, in which several rotatable guide rollers are provided, which are arranged around the circumference of the film tube, wherein the axes of rotation of the guide rollers run in directions, which are essentially orthogonal to the axis of the film tube, characterized in that the diameter of the guide rollers is less than 40 mm, and the guide rollers consist of a fiber-reinforced composite material.
An anti-C3d antibody or antibody fragment comprising a heavy chain variable region comprising SEQ ID NO: 1 as heavy chain complementary determining region-1 (CDRH1); SEQ ID NO: 2 as heavy chain complementary determining region-2 (CDRH2); and SEQ ID NO: 3 or 4 as heavy chain complementary determining region-3 (CDRH3); and a light chain variable region comprising SEQ ID NO: 5 as light chain complementary determining region-1 (CDRL1); SEQ ID NO: 6 as light chain complementary determining region-2 (CDRL2); and SEQ ID NO: 7 as light chain complementary determining region-3 (CDRL3).
Apparatus at a mobile communication device, comprising: a. means for detecting a unique subscriber identification of an incoming communication (130, 140, 150); b. means for storing the incoming communication (130, 140, 150) into a protected area of the mobile communication device if the subscriber identification fulfills at least one specific criterion; c. means for putting through (470, 480) incoming communication (130, 140, 150) if at least one specific criterion is fulfilled; and d. wherein the at least one criterion for storing and/or putting through the incoming communication (130, 140, 150) is based on a detection of the frequency of contact; e. means for detecting a unique subscriber identification of an outgoing communication; f. means for storing the outgoing communication into a protected storage area of the mobile communication device, if the subscriber identification fulfills at least one specific criterion; and g. wherein the apparatus is further adapted for limiting outgoing communication based on the frequency. a. means for detecting a unique subscriber identification of an incoming communication (130, 140, 150); b. means for storing the incoming communication (130, 140, 150) into a protected area of the mobile communication device if the subscriber identification fulfills at least one specific criterion; c. means for putting through (470, 480) incoming communication (130, 140, 150) if at least one specific criterion is fulfilled; and d. wherein the at least one criterion for storing and/or putting through the incoming communication (130, 140, 150) is based on a detection of the frequency of contact; e. means for detecting a unique subscriber identification of an outgoing communication; f. means for storing the outgoing communication into a protected storage area of the mobile communication device, if the subscriber identification fulfills at least one specific criterion; and g. wherein the apparatus is further adapted for limiting outgoing communication based on the frequency.
Tread profile of a pneumatic vehicle tyre, in particular for commercial vehicles, having profile strips (1, 2) which are axially spaced apart from one another by a circumferential groove and which are outwardly delimited in the radial direction R by a radially outer surface which forms the ground contact surface, wherein the circumferential groove is formed with a depth t along its extent in the circumferential direction U and is in each case delimited inwardly in the radial direction R by a groove bottom and, axially on both sides of the groove bottom, by a respective groove wall (5, 6) which, starting from the groove bottom, extends in the radial direction outwardly up to the radially outer surface of the profile strip (1, 2) delimited by the groove wall (5, 6), wherein the two groove walls (5, 6) in the radially outer surface are oriented so as to extend parallel to one another, in particular rectilinearly, in the circumferential direction, wherein the groove bottom of the circumferential groove is designed to extend along its extent in the circumferential direction in a wavy shape with a wavelength L 1, wherein the two groove walls (5, 6) have substantially a rectilinear section contour along their extent in the circumferential direction in each case in the section planes which contain the tyre axis, starting from the radially outer surface radially inwards in the direction of the groove bottom, characterized in that, in the region of extent of the wave crests of the wave-shaped progression that are in each case designed to point away from one of the two groove walls (5, 6), this groove wall (5, 6) is additionally formed with a conic section-shaped projection. (16, 17) which extends into the groove, wherein the cone apex S is arranged on the groove wall (5, 6), in particular in the radially outer surface, and the cone axis K A lies in the section plane containing the tyre axis and the cone apex S and is oriented at an angle of inclination δ, where δ ≤ 30°, to the radial direction R, and wherein the conical projection (16, 17) extends as far as a radial distance h, where h < t, from the radially outer surface and ends there.
A heat-not-burn consumable characterised in that the consumable comprises an aerosol-forming substrate dosed with a coating of flavourant, wherein the aerosol-forming substrate is a slurry-type reconstituted plant material, and wherein the flavourant content is up to 20 % by weight of the aerosol-forming substrate.
Handheld power tool, in particular an electric handheld power tool, comprising a housing, which has at least two separate housing parts (2, 4) to be connected to one another, wherein one housing part is designed as a handle part for holding and guiding the handheld power tool and there is arranged a vibration reduction element (10, 11, 15, 16, 17), which interacts with at least one housing part (2, 4), wherein the handle part at least partially encloses the outside of the further housing part, and wherein the further housing part incorporates a clearance (6, 7), which extends in the radial direction and into which a securing element (8, 9) connected to the handle part radially protrudes, wherein the vibration reduction element (10, 11, 15, 16, 17) is arranged between the lateral surface of the securing element (8, 9) and the wall surface bounding the clearance (6, 7), characterized in that the securing element (8, 9) is a securing pin (8, 9) formed as one part with the wall of the handle part and extending in the radial direction, wherein the vibration reduction element (10, 11) is formed in the manner of a ring or sleeve and is mounted on the securing pin (8, 9).
Aqueous adhesive composition comprising at least, on the one hand, A) a phenol/aldehyde resin and, on the other hand, B) an unsaturated elastomer latex, characterized in that the phenol/aldehyde resin is based on at least: A1) one aromatic polyaldehyde bearing at least two aldehyde functional groups, comprising at least one aromatic nucleus; A2) 2,2',4,4'-tetrahydroxydiphenyl sulphide. A1) one aromatic polyaldehyde bearing at least two aldehyde functional groups, comprising at least one aromatic nucleus; A2) 2,2',4,4'-tetrahydroxydiphenyl sulphide.
A method of operation of a control device for automation systems equipment (1a, 2a, 2b, 2c, 3a, 3b, 4a, 5a) of a building, the device comprising a display screen, assigned to the display, at a first level, of equipment icons and, at a second level, of grouping icons (ILOC1, ILOC2), a group of automation systems equipment being associated with a grouping icon, and means of selection of at least one grouping icon and/or of at least one equipment icon, characterized in that an action on a control key has the standard effect of controlling all of the equipment associated with several icons selected of the same level as long as no icon of another level is selected, in that the control key is a virtual key and in that: - the virtual control key is a generic multi-applications key when all the equipment being controlled comprises items of equipment of different types; and, - the virtual control key is a key dedicated to the type of equipment being controlled when all the equipment of the group being controlled are of the same type; and, - the virtual control key is a key dedicated to the type of equipment being controlled when an individual piece of equipment is selected. - the virtual control key is a generic multi-applications key when all the equipment being controlled comprises items of equipment of different types; and, - the virtual control key is a key dedicated to the type of equipment being controlled when all the equipment of the group being controlled are of the same type; and, - the virtual control key is a key dedicated to the type of equipment being controlled when an individual piece of equipment is selected.
A wind turbine comprising: at least one rotor blade and a tower; a device for sensing bending of the rotor blade; characterised by: a device for sensing bending of the tower; and a processor for determining, using the sensed blade and tower bending, whether the distance between the blade and the tower will be below a predetermined minimum value. at least one rotor blade and a tower; a device for sensing bending of the rotor blade; characterised by: a device for sensing bending of the tower; and a processor for determining, using the sensed blade and tower bending, whether the distance between the blade and the tower will be below a predetermined minimum value. a device for sensing bending of the tower; and a processor for determining, using the sensed blade and tower bending, whether the distance between the blade and the tower will be below a predetermined minimum value.
An agricultural system for determining crop loss of an agricultural harvester, the agricultural system being characterized by: a support beam extending along a lateral direction between a first lateral end and a second lateral end of the support beam; one or more impact sensors supported on the support beam, each of the one or more impact sensors being configured to generate data indicative of a crop impact location of each crop impact of a plurality of crop impacts on the support beam between the first and second lateral ends (102A, 102B); and a computing system communicatively coupled to the one or more impact sensors, the computing system being configured to determine the crop impact location of each crop impact of the plurality of crop impacts on the support beam between the first and second lateral ends (102A', 102B') based at least in part on the data from the one or more impact sensors, characterized in that the support beam has a tapering profile along the lateral direction between the first and second lateral ends (102A', 102B') of the support beam. a support beam extending along a lateral direction between a first lateral end and a second lateral end of the support beam; one or more impact sensors supported on the support beam, each of the one or more impact sensors being configured to generate data indicative of a crop impact location of each crop impact of a plurality of crop impacts on the support beam between the first and second lateral ends (102A, 102B); and a computing system communicatively coupled to the one or more impact sensors, the computing system being configured to determine the crop impact location of each crop impact of the plurality of crop impacts on the support beam between the first and second lateral ends (102A', 102B') based at least in part on the data from the one or more impact sensors, characterized in that the support beam has a tapering profile along the lateral direction between the first and second lateral ends (102A', 102B') of the support beam.
A mobile communication system, in which user-data communication between a plurality of radio terminals is directly performed without involvement of a radio base station, wherein the user-data communication directly performed between the plurality of radio terminals is performed by using a part of radio resources assigned to the mobile communication system, the plurality of radio terminals comprise: a transmission-side terminal that transmits the user data; and a reception-side terminal that receives the user data, the reception-side terminal comprises: a reception-side transmission unit that transmits a transmission acknowledgement signal indicating whether the user data transmitted from the transmission-side terminal has been able to be received or not, and characterized in that when a communication state of the user data directly performed between the plurality of radio terminals exceeds a threshold value for the transmission power used for the user-data communication, for the block error rate, for the packet error or for the processing load of the transmission-side terminal, the reception-side transmission unit transmits the transmission acknowledgement signal to the radio base station and the transmission-side terminal, and the transmission-side terminal comprises: a transmission-side reception unit that receives the transmission acknowledgement signal from the reception-side terminal and receives the transmission acknowledgement signal via the radio base station, and a transmission-side control unit that determines whether to retransmit the user-data to the reception-side terminal based on the transmission acknowledgement signal received from the reception-side terminal and the transmission acknowledgement signal received from the radio base station, and instructs a transmission-side transmission unit whether to retransmit the user-data. a transmission-side reception unit that receives the transmission acknowledgement signal from the reception-side terminal and receives the transmission acknowledgement signal via the radio base station, and a transmission-side control unit that determines whether to retransmit the user-data to the reception-side terminal based on the transmission acknowledgement signal received from the reception-side terminal and the transmission acknowledgement signal received from the radio base station, and instructs a transmission-side transmission unit whether to retransmit the user-data.