mhurhangee/ep-ind-claims huggingface dataset:
Control device which is designed to be used in a motor vehicle and to process sensor signals and to produce manipulated variables therefrom by means of which actuators of the motor vehicle can be controlled in order to influence the behavior of the motor vehicle and/or of parts of the motor vehicle during operation, and which comprises at least one input that has an input port, at least two input channels (20, 38) and an input circuit, and which is designed to receive signals from a sensor (10, 34) via the input port and to feed said signals via the input circuit into an input channel (20, 38) of the input, the input port being connected to a defined potential via a resistor, the input circuit comprising a first pull-up switch that can be actuated by the control device and controls a connection of the input port to a high potential, and comprising a second pull-down switch that can be actuated by the control device and controls a connection of the input port to a low potential, characterized in that the control device is designed to close the pull-down switch and to open the pull-up switch, and to check whether a constant DC voltage U is applied to an input channel, the value of which voltage being within a permissible range Uu < U < Uo, and, if this is the case, to store the information that an analog sensor is connected to the input port, and to select software structures adapted thereto for the subsequent evaluation of the sensor signals from the analog sensor, and/or to deactivate the pull-down current path by opening the pull-down switch and to activate the pull-up current path by closing the pull-up switch and to check whether a signal that has a frequency between a lower frequency threshold fu and an upper frequency threshold fo and is plausible for a PWM sensor is applied to the input port and, if this is the case, to store the information that a PWM sensor is connected to the input port, and to select software structures adapted to an evaluation of the signals from a PWM sensor of this kind for the subsequent operation of the combination of this type of sensor and the control device.
A method for calibrating a packaged device (100, 200, 372, 490, 650, 1300) that includes one or more transducers (210, 220, 230), the method performed by the packaged device and comprising the steps of: receiving (812, 914) a first calibration command from an external calibration controller through an interface; executing (812, 914) first code in response to receiving the first calibration command, wherein executing the first code includes generating (812, 914, 1004, 1006, 1104, 1106, 1112, 1116, 1201, 1204) first transducer data from a transducer of the one or more transducers, calculating calibration coefficients using the first transducer data, wherein the calibration coefficients specify a selected gain value and a selected offset value, and storing the calibration coefficients within a memory of the device; after executing the first code, configuring the device (1110,1114) to apply the selected gain value and the selected offset value to an output signal of the transducer; and generating and storing calibrated transducer data. receiving (812, 914) a first calibration command from an external calibration controller through an interface; executing (812, 914) first code in response to receiving the first calibration command, wherein executing the first code includes generating (812, 914, 1004, 1006, 1104, 1106, 1112, 1116, 1201, 1204) first transducer data from a transducer of the one or more transducers, calculating calibration coefficients using the first transducer data, wherein the calibration coefficients specify a selected gain value and a selected offset value, and storing the calibration coefficients within a memory of the device; after executing the first code, configuring the device (1110,1114) to apply the selected gain value and the selected offset value to an output signal of the transducer; and generating and storing calibrated transducer data.
A method for mediating event records between a generation layer of events and an operation system layer of events in a communications network by means of a mediation layer of events, which includes at least one first node component and at least one second node component and at least one third node component; the first, second and third node components operating according to their own settings independently of the other node components, the method comprising - collecting event records from an element of the generation layer of events continuously as a stream, by the at least one first node component, - processing the collected event records continuously, wherein the step of processing includes passing the event records through a processing chain including at least three node components of the mediation layer, starting from one of the first node components, then through at least one second node component and finally through one of the third node components, and - delivering the processed event records to an element of the operation system layer of events continuously as a stream, by the at least one third node component of the mediation layer, characterized by - writing the event records output by the first or second node component in the processing chain into a buffer, said first or second node component having the second or third node, respectively, as a next node component in the processing chain, and - reading the buffer continuously by the next node component in the processing chain, wherein after reading an event record from the buffer, a copy of the event record is retained in the buffer, and removed from the buffer only after successfully outputting the event record from said next node component in the processing chain. - collecting event records from an element of the generation layer of events continuously as a stream, by the at least one first node component, - processing the collected event records continuously, wherein the step of processing includes passing the event records through a processing chain including at least three node components of the mediation layer, starting from one of the first node components, then through at least one second node component and finally through one of the third node components, and - delivering the processed event records to an element of the operation system layer of events continuously as a stream, by the at least one third node component of the mediation layer, - writing the event records output by the first or second node component in the processing chain into a buffer, said first or second node component having the second or third node, respectively, as a next node component in the processing chain, and - reading the buffer continuously by the next node component in the processing chain, wherein after reading an event record from the buffer, a copy of the event record is retained in the buffer, and removed from the buffer only after successfully outputting the event record from said next node component in the processing chain.
A conductive solid oxide fuel cell (SOFC) electrolyte composition, said composition comprising: a. gadolinium doped ceria; and b. glass composite, characterized in that, the conductive SOFC electrolyte composition is physically and chemically compatible with the casing material of the SOFC, the glass composite comprises 95 wt % to 99 wt % bismuth oxide and 1 wt % to 5 wt % potassium oxide; the casing material is a low temperature co-fired ceramics (LTCC) material; the casing material has a thermal expansion coefficient of 5.8 ppm/°C; and shrinkage in the range of 12 % to 13 % of the initial value; and the electrolyte composition has a thermal expansion coefficient in the range of 5.80 ppm/°C to 7.00 ppm/°C; and shrinkage in the range of 12 % to 13 % of the initial value. a. gadolinium doped ceria; and b. glass composite, characterized in that, the conductive SOFC electrolyte composition is physically and chemically compatible with the casing material of the SOFC, the glass composite comprises 95 wt % to 99 wt % bismuth oxide and 1 wt % to 5 wt % potassium oxide; the casing material is a low temperature co-fired ceramics (LTCC) material; the casing material has a thermal expansion coefficient of 5.8 ppm/°C; and shrinkage in the range of 12 % to 13 % of the initial value; and the electrolyte composition has a thermal expansion coefficient in the range of 5.80 ppm/°C to 7.00 ppm/°C; and shrinkage in the range of 12 % to 13 % of the initial value.
A method for operating a security tag, comprising: rotating a rotational clip of the security tag towards a housing base of the security tag until the rotational clip contacts a latch disposed within the housing base, where at least a portion of an article resides between the rotational clip and the housing base; sliding an angled surface of the rotational clip against an angled surface of the latch so as to cause simultaneous compression of a cap spring and a latch spring, where the cap spring is disposed in the housing base such that a center axis thereof is perpendicular to a center axis of the latch spring; aligning an engagement structure of the latch with an aperture formed in the rotational clip; and applying a pushing force by the latch spring to the latch such that the engagement structure travels into the aperture formed in the rotational clip. rotating a rotational clip of the security tag towards a housing base of the security tag until the rotational clip contacts a latch disposed within the housing base, where at least a portion of an article resides between the rotational clip and the housing base; sliding an angled surface of the rotational clip against an angled surface of the latch so as to cause simultaneous compression of a cap spring and a latch spring, where the cap spring is disposed in the housing base such that a center axis thereof is perpendicular to a center axis of the latch spring; aligning an engagement structure of the latch with an aperture formed in the rotational clip; and applying a pushing force by the latch spring to the latch such that the engagement structure travels into the aperture formed in the rotational clip.
Foodstuffs packaging container with an inner part and an outer part, wherein the inner part forms a shell-shaped or mug-shaped container and the outer part at least partially envelopes the inner part wherein the inner part is produced in one piece from a mouldable, i.e. thermomouldable and/or deep-drawable material, wherein the material for this is provided from a single or multi-layered material containing at least a proportion of recycled raw materials, wherein at least one proportion can be provided from renewable and/or biodegradable materials and that the outer part encompasses at least the circumference of the inner part and is produced from a renewable and/or biodegradable and/or recyclable material, wherein preferably fibrous materials can be provided, characterised in that in the inner part, the recycled material is covered with an inner layer of new plastic material and the layer of recycled material together with the inner layer form the inner part, that the inner part is retained and reinforced by the outer part and that the inner part is formed from a polymer, comprising, in particular, PS, PE, PP, PET, PVC, starch polymers, polylactic acids or other natural or synthetic polymers in single or multi-layered layers as well as in combination with barrier layers, lacquers or similar and, at least in one layer, a proportion of a recycled plastic material, containing preferably R-PET, R-PP or R-PS such that at least one edge of the outer part can be sealed and/or be protected so that it can be impervious to moisture, liquid, and/or grease wherein this sealing can be created by layering, coating and/or folding over.
Washing machine with a filter device, wherein the washing machine comprises a washing machine housing, a drum disposed in the washing machine housing, and a door, wherein the washing machine housing has an access to the drum, wherein the door is arranged at the access of the washing machine housing, and wherein the filter device is arranged at a lower side of the access, wherein the filter device comprises a housing and filter unit for filtering water, wherein the housing comprises a water inlet and a water outlet, wherein the water inlet is arranged in a vertical direction above the water outlet, wherein the filter unit is arranged at least partially between the water inlet and the water outlet for filtering the water in the housing, wherein the housing is watertight at least between the water inlet and the water outlet, wherein the filter unit further comprises a sieve element, wherein the sieve element is arranged between the water inlet and the water outlet for filtering the water, wherein the housing further comprises an opening through which the filter unit is insertable into the housing, wherein the filter unit further comprises a closing element with which the opening of the housing is closable, characterized in that the water inlet is arranged in the vertical direction between the sieve element and the closing element.
A topography marking system for marking in real size at least some construction information on a construction surface, said system comprising at least: (a) a frame adapted to form a rigid non deformable frame, (b) a marking system, (c) a moving support for the marking system, said moving support being mounted on the frame or on an element thereof, and being adapted for ensuring movements of the marking system with respect to the frame, in at least two perpendicular directions (X,Y), in which said marking system comprises at least: (d) a spraying device for spraying a painting composition suitable to be burnt, possibly after partial or complete drying or curing, on said construction surface, so as to paint on said construction surface at least one painted band, characterized in that the system further comprises: (d) a displacement system for moving the frame relative to the construction surface, and (e) an engraving laser for burning the said at least one painted band for marking on the said at least one painted band some construction information; and and in that (f) the marking system comprises at least one topographic prism. (a) a frame adapted to form a rigid non deformable frame, (b) a marking system, (c) a moving support for the marking system, said moving support being mounted on the frame or on an element thereof, and being adapted for ensuring movements of the marking system with respect to the frame, in at least two perpendicular directions (X,Y), (d) a spraying device for spraying a painting composition suitable to be burnt, possibly after partial or complete drying or curing, on said construction surface, so as to paint on said construction surface at least one painted band, characterized in that the system further comprises: (d) a displacement system for moving the frame relative to the construction surface, and (e) an engraving laser for burning the said at least one painted band for marking on the said at least one painted band some construction information; and and in that (f) the marking system comprises at least one topographic prism. (d) a displacement system for moving the frame relative to the construction surface, and (e) an engraving laser for burning the said at least one painted band for marking on the said at least one painted band some construction information; and and in that (f) the marking system comprises at least one topographic prism.
Process for producing an aqueous polymer dispersion by means of free-radically initiated emulsion polymerization of radically polymerizable ethylenically unsaturated monomers in a polymerization reactor, wherein the polymer dispersion thus obtained is transferred to a post-treatment reactor and is post-treated therein by physical and/or chemical methods, characterized in that the polymer dispersion in the post-treatment reactor is conveyed, simultaneously to the post-treatment, to a circuit for filtration and analysis and is then fed back to the post-treatment reactor.
An antenna, comprising: a plate; and an aperture assembly attached to the plate, the aperture assembly including sticks respectively comprising: a spacer; a carrier formed separately from the spacer and on which circulators are disposed, each circulator comprising a substrate, a conductive layer disposed on a surface of the substrate, and a magnetic element disposed on the conductive layer; a base defining recesses from which bosses interleaved with the recesses protrude; and fasteners disposed to fasten the spacer to the base at locations of the bosses with the carrier interposed between the spacer and the base and with the circulators aligned with the recesses, the antenna further comprising conductive elements extending through the plate and the base for electric coupling to the circulators, adjacent sticks defining a slot extending forwardly from the plate, the slot being notched at a corresponding circulator and rounded forwardly from the corresponding circulator. a plate; and an aperture assembly attached to the plate, the aperture assembly including sticks respectively comprising: a spacer; a carrier formed separately from the spacer and on which circulators are disposed, each circulator comprising a substrate, a conductive layer disposed on a surface of the substrate, and a magnetic element disposed on the conductive layer; a base defining recesses from which bosses interleaved with the recesses protrude; and fasteners disposed to fasten the spacer to the base at locations of the bosses with the carrier interposed between the spacer and the base and with the circulators aligned with the recesses, a spacer; a carrier formed separately from the spacer and on which circulators are disposed, each circulator comprising a substrate, a conductive layer disposed on a surface of the substrate, and a magnetic element disposed on the conductive layer; a base defining recesses from which bosses interleaved with the recesses protrude; and fasteners disposed to fasten the spacer to the base at locations of the bosses with the carrier interposed between the spacer and the base and with the circulators aligned with the recesses, the antenna further comprising conductive elements extending through the plate and the base for electric coupling to the circulators, adjacent sticks defining a slot extending forwardly from the plate, the slot being notched at a corresponding circulator and rounded forwardly from the corresponding circulator.
A method for allocating Sounding Reference Signal, SRS, resources, characterized by comprising: allocating, by an e-Node-B, eNB, a SRS bandwidth with 4n Resource Blocks, RBs, to a terminal, and dividing a time domain sequence of a SRS into t equally sized portions in the SRS bandwidth; wherein the t portions correspond to a total number of cyclic shifts; selecting, by the eNB, L cyclic shifts from the cyclic shifts of which the total number corresponds to the t portions, L≤t; configuring, by the eNB, a time domain RePetition Factor, RPF, used by the terminal, and for each terminal, configuring, by the eNB, the terminal to use one or more cyclic shifts in the L cyclic shifts, notifying, by the eNB, the terminal of a value of the time domain RPF, a location of a used frequency comb and a used cyclic shift by signaling; wherein, n is a positive integer; the RPF satisfies a following condition: 48 × n RPF can be exactly divided by 12; t is an integer by which 48 × n RPF can be exactly divided. allocating, by an e-Node-B, eNB, a SRS bandwidth with 4n Resource Blocks, RBs, to a terminal, and dividing a time domain sequence of a SRS into t equally sized portions in the SRS bandwidth; wherein the t portions correspond to a total number of cyclic shifts; selecting, by the eNB, L cyclic shifts from the cyclic shifts of which the total number corresponds to the t portions, L≤t; configuring, by the eNB, a time domain RePetition Factor, RPF, used by the terminal, and for each terminal, configuring, by the eNB, the terminal to use one or more cyclic shifts in the L cyclic shifts, notifying, by the eNB, the terminal of a value of the time domain RPF, a location of a used frequency comb and a used cyclic shift by signaling; wherein, n is a positive integer; the RPF satisfies a following condition: 48 × n RPF can be exactly divided by 12; t is an integer by which 48 × n RPF can be exactly divided.
A SNCR method (300; 400; 500; 600) for controlling an amount of a NOx reducing reagent in municipal waste combustors, the method (300; 400; 500; 600) comprising the steps of: providing a furnace having a grate for the waste measuring in real-time (310; 410) furnace temperature changes; using (320; 420) the measured furnace temperature changes to predict changes in furnace NOx levels in real time; and using (330; 430) the predicted changes in furnace NOx levels to dynamically adjust the amount of the NOx reducing reagent. measuring in real-time (310; 410) furnace temperature changes; using (320; 420) the measured furnace temperature changes to predict changes in furnace NOx levels in real time; and using (330; 430) the predicted changes in furnace NOx levels to dynamically adjust the amount of the NOx reducing reagent.
Method for assisting the use of a voice assistant comprising a voice recognition module capable of executing a voice recognition function on at least one on-board computer of the vehicle or on at least one remote computer, the module being able to communicate with said at least one remote computer, via a wireless connection, so as to transmit to it a signal representative of words to be recognized, comprising steps of: - Reception of data relating to the wireless connection, - Determination of a performance indicator relating to voice recognition, from data relating to the wireless connection, characterized in that it further comprises steps of: - Determination of a graphic object or a message associated with said determined performance level, - Display of the graphic object or the determined message, so as to inform a user of the performance of voice recognition and in that it further comprises a step of receiving data relating to a state of the at least one calculator implementing the voice recognition function and in that the determination of a performance indicator also takes into account the data relating to a state of the at least one calculator. - Reception of data relating to the wireless connection, - Determination of a performance indicator relating to voice recognition, from data relating to the wireless connection, characterized in that it further comprises steps of: - Determination of a graphic object or a message associated with said determined performance level, - Display of the graphic object or the determined message, so as to inform a user of the performance of voice recognition and in that it further comprises a step of receiving data relating to a state of the at least one calculator implementing the voice recognition function and in that the determination of a performance indicator also takes into account the data relating to a state of the at least one calculator. - Determination of a graphic object or a message associated with said determined performance level, - Display of the graphic object or the determined message, so as to inform a user of the performance of voice recognition and in that it further comprises a step of receiving data relating to a state of the at least one calculator implementing the voice recognition function and in that the determination of a performance indicator also takes into account the data relating to a state of the at least one calculator.