mhurhangee/ep-ind-claims huggingface dataset:
Thermally insulating component for use in joints between load-bearing building parts, for example between a building roof and a balcony slab, with an insulating body which comprises reinforcement members, the insulating body having, at intervals in relation to its longitudinal direction, single-piece brackets (1, 11, 21, 31, 41, 51, 61, 71) for absorbing compressive and shear forces and for transmitting the compressive force which is generated by a second load-bearing building part into the first load-bearing building part, the brackets (1, 11, 21, 31, 41, 51, 61, 71) extending substantially in a transverse direction which runs transversely with respect to the longitudinal direction and in the direction of the load-bearing building parts (90, 91), at least one bracket (1, 11, 21, 31, 41, 51, 61, 71) having side faces (2, 12, 22, 32, 42, 52, 62, 72) which extend substantially in the transverse direction, the side faces (2, 12, 22, 32, 42, 52, 62, 72) being delimited in the transverse direction by a first end side (3, 13, 23, 33, 43, 53, 63, 73) of the bracket (1, 11, 21, 31, 41, 51, 61, 71) and a second end side (10, 20, 30, 40, 50, 60, 70, 80) of the bracket (1, 11, 21, 31, 41, 51, 61, 71), and at least one material-reducing depression (4, 203, 204, 14, 213, 214, 24, 223, 224, 34, 233, 234, 44, 243, 244, 54, 64, 74) being arranged in at least one of the side faces (2, 12, 22, 32, 42, 52, 62, 72), the depression (4, 203, 204, 14, 213, 214, 24, 223, 224, 34, 233, 234, 44, 243, 244, 54, 64, 74) being delimited by a continuously circumferential edge (5, 202, 205, 15, 212, 215, 25, 222, 225, 35, 232, 235, 45, 242, 245, 55, 65, 75) which projects with respect to the depression (4, 203, 24, 14, 213, 214, 24, 223, 224, 34, 233, 234, 44, 243, 244, 54, 64, 74), the bracket (1, 11, 21, 31, 41, 51, 61, 71) being delimited by an upper side (7, 17, 27, 37, 47, 57, 67, 77) which extends in the transverse direction and a lower side (8, 18, 28, 38, 48, 58, 68, 78) which extends in the transverse direction, each side face (2, 12, 22, 32, 42, 52, 62, 72) having a transverse web (201, 211, 221, 231, 241, 251, 261, 271) which adjoins the lower side (8, 18, 28, 38, 48, 58, 68, 78), the transverse web (201, 211, 221, 231, 241, 251, 261, 271) connecting a first web of the bracket (1, 11, 21, 31, 41, 51, 61, 71) to a second web of the bracket (1, 11, 21, 31, 41, 51, 61, 71), two crossing reinforcing ribs (6, 209, 16, 219, 26, 229, 36, 239, 46, 249) which cross in a node region being arranged in the side faces (2, 12, 22, 32, 42, 52, 62, 72) between the first web, the second web and the transverse web (201, 211, 221, 231, 241, 251, 261, 271), characterized in that the reinforcing ribs (6, 209, 16, 219, 26, 229, 36, 239, 46, 249) thicken in their course from the upper side (7, 17, 27, 37, 47) to the transverse web (201, 211, 221, 231, 241).
A server for providing a quieter environment in an open work space comprising a plurality of work places WP 11,..., WP ij,... WP nm respectively used by a plurality of users; said server comprising a processor configured for: - receiving (31; 41), at the instant t, digital audio signals AN ij (t), for i = 1 to n and j = 1 to m, corresponding to the ambient noises respectively captured by microphones at the work places WP 11,..., WP nm; - computing (32; 42) average values L ij (t), for i = 1 to n and j = 1 to m, respectively representing the current noises at the work places WP 11,..., WP nm, at the instant t; - computing (33; 43) a threshold value TH ij (t) that represents the current noise, at the instant t, in the neighbourhood of the work place WP ij; - comparing (34; 44) each digital audio signal AN ij (t) with the threshold value TH ij (t) for i = 1 to n and j = 1 to m; - then determining (35; 45) what are the digital audio signals AN ij (t) that are respectively greater than the threshold values TH ij (t) for i = 1 to n and j = 1 to m, for determining at least one work place that corresponds to a digital audio signal AN ij (t) that is greater than the threshold value TH ij (t); and then notifying a warning to the user of the so determined work place; characterized in that said threshold is computed as a function of p values L ij (t) respectively representing the current noises at p work places that are neighbors of the work place WP ij. - receiving (31; 41), at the instant t, digital audio signals AN ij (t), for i = 1 to n and j = 1 to m, corresponding to the ambient noises respectively captured by microphones at the work places WP 11,..., WP nm; - computing (32; 42) average values L ij (t), for i = 1 to n and j = 1 to m, respectively representing the current noises at the work places WP 11,..., WP nm, at the instant t; - computing (33; 43) a threshold value TH ij (t) that represents the current noise, at the instant t, in the neighbourhood of the work place WP ij; - comparing (34; 44) each digital audio signal AN ij (t) with the threshold value TH ij (t) for i = 1 to n and j = 1 to m; - then determining (35; 45) what are the digital audio signals AN ij (t) that are respectively greater than the threshold values TH ij (t) for i = 1 to n and j = 1 to m, for determining at least one work place that corresponds to a digital audio signal AN ij (t) that is greater than the threshold value TH ij (t); and then notifying a warning to the user of the so determined work place;
An electronic apparatus comprising: a display; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor is configured to execute the one or more instructions to: control the display to output a screen of an external device to at least a portion of the display by mirroring the external device, characterized in that: the electronic apparatus comprises a touch screen; and the processor is further configured to: determine a thickness of a touch input received using the touch screen via the screen of the external device output to the at least the portion of the display, recognize the touch input as a drawing input or an external device control input for controlling the external device based on the thickness of the touch input, control the display to output drawing data corresponding to the drawing input, when the touch input is recognized as the drawing input, and send a control signal to the external device for controlling the external device, when the touch input is recognized as the external device control input. a display; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor is configured to execute the one or more instructions to: control the display to output a screen of an external device to at least a portion of the display by mirroring the external device, the electronic apparatus comprises a touch screen; and the processor is further configured to: determine a thickness of a touch input received using the touch screen via the screen of the external device output to the at least the portion of the display, recognize the touch input as a drawing input or an external device control input for controlling the external device based on the thickness of the touch input, control the display to output drawing data corresponding to the drawing input, when the touch input is recognized as the drawing input, and send a control signal to the external device for controlling the external device, when the touch input is recognized as the external device control input. determine a thickness of a touch input received using the touch screen via the screen of the external device output to the at least the portion of the display, recognize the touch input as a drawing input or an external device control input for controlling the external device based on the thickness of the touch input, control the display to output drawing data corresponding to the drawing input, when the touch input is recognized as the drawing input, and send a control signal to the external device for controlling the external device, when the touch input is recognized as the external device control input.
A method for generating a layer of silver chloride at a surface of an electrode of a test element, the method comprising the steps: a') providing the at least one test element, wherein the test element comprises at least one first electrode and at least one second electrode, wherein the first electrode contacts a test chemistry, wherein the test chemistry is or comprises a redox mediator in an oxidized form, wherein a surface of the second electrode consists of silver metal; b') contacting at least the surface of the second electrode with a sample of a body fluid comprising chloride ions; and c) applying a first voltage (V 1) between the first electrode as a cathode and the second electrode as an anode for a time and with a voltage sufficient for forming a layer of silver chloride at the surface of the second electrode, wherein the oxidized form of the redox mediator is transformed into a reduced form. a') providing the at least one test element, wherein the test element comprises at least one first electrode and at least one second electrode, wherein the first electrode contacts a test chemistry, wherein the test chemistry is or comprises a redox mediator in an oxidized form, wherein a surface of the second electrode consists of silver metal; b') contacting at least the surface of the second electrode with a sample of a body fluid comprising chloride ions; and c) applying a first voltage (V 1) between the first electrode as a cathode and the second electrode as an anode for a time and with a voltage sufficient for forming a layer of silver chloride at the surface of the second electrode, wherein the oxidized form of the redox mediator is transformed into a reduced form.
A gas sensor comprising: a first thermistor having a resistance value that changes according to a concentration of a first gas with a first sensitivity and changes according to a concentration of a second gas with a second sensitivity; a second thermistor connected in series to the first thermistor, the second thermistor having a resistance value that changes according to a concentration of the first gas with a third sensitivity that is lower than the first sensitivity and changes according to a concentration of the second gas with a fourth sensitivity that is different from the second sensitivity; a correction resistor connected in parallel with the first or second thermistor, wherein a resistance value of the correction resistor is selected based on a ratio of the second sensitivity and the fourth sensitivity so as to cancel a change in potential at a connection point between the first and second thermistors according to the concentration of the second gas; a first heater configured to heat the first thermistor to a first temperature based on a first control voltage; a second heater configured to heat the second thermistor to a second temperature different from the first temperature based on a second control voltage; a first amplifier configured to receive a common control voltage (Vmh) and apply the first control voltage to the first heater; and a second amplifier configured to receive the common control voltage (Vmh) and apply the second control voltage to the second heater, wherein a gain of the first amplifier and a gain of the second amplifier are different from each other. a first thermistor having a resistance value that changes according to a concentration of a first gas with a first sensitivity and changes according to a concentration of a second gas with a second sensitivity; a second thermistor connected in series to the first thermistor, the second thermistor having a resistance value that changes according to a concentration of the first gas with a third sensitivity that is lower than the first sensitivity and changes according to a concentration of the second gas with a fourth sensitivity that is different from the second sensitivity; a correction resistor connected in parallel with the first or second thermistor, wherein a resistance value of the correction resistor is selected based on a ratio of the second sensitivity and the fourth sensitivity so as to cancel a change in potential at a connection point between the first and second thermistors according to the concentration of the second gas; a first heater configured to heat the first thermistor to a first temperature based on a first control voltage; a second heater configured to heat the second thermistor to a second temperature different from the first temperature based on a second control voltage; a first amplifier configured to receive a common control voltage (Vmh) and apply the first control voltage to the first heater; and a second amplifier configured to receive the common control voltage (Vmh) and apply the second control voltage to the second heater, wherein a gain of the first amplifier and a gain of the second amplifier are different from each other.
Packaging for products such as fruit juice or puree, yogurt and the like, comprising a flexible bag comprising a front wall and a rear wall, facing the front wall and having an outer face facing the outside of the bag and an inner face facing the inside of the bag, - wherein the front wall and the rear wall are constituted of a flexible film; - wherein the front wall comprises a transparent portion and the rear wall has, on the inner face, a distinctive region visible from the outside through said transparent portion, when not covered by the product contained in the packaging characterised in that said distinctive region has graphic signs or color patterns, made of ink, which distinguish said region from the remaining part of said inner face, wherein the distinctive region is obtained by means of a multilayer film which consists of PE-PET-PETHB or PE-PET-ALU-PET, from the inside out, in which the layer PE-PET protects against the ink used to mark the distinctive region. - wherein the front wall and the rear wall are constituted of a flexible film; - wherein the front wall comprises a transparent portion and the rear wall has, on the inner face, a distinctive region visible from the outside through said transparent portion, when not covered by the product contained in the packaging characterised in that
Tank intended for containing a liquid to be vaporised and for being assembled with a main body of a hairdressing apparatus, said tank being intended for being connected with a vaporising device of the hairdressing apparatus designed for vaporising the liquid and diffusing it towards a strand of hair, characterised in that the tank comprises a movable hooking device comprising at least one hooking means designed to correspond with at least one complementary hooking means belonging to the main body so as to hook the tank with the main body, said movable hooking device being movable between a first position providing the hooking of the tank with the main body and a second position allowing a user to assemble or disassemble the tank with the main body.
Angle-resolving radar sensor comprising an optical lens and at least one antenna element which is arranged at a distance from the lens and which is movable relative to the lens in a direction (y) transversely with respect to the optical axis of the lens, and comprising a control device (26, 36, 14) for controlling the position of the antenna element, characterized in that the at least one antenna element together with an associated radio-frequency module containing an oscillator, which generates the radar signal to be transmitted, and a mixer, which mixes the received signal to an intermediate frequency signal, is movable in the direction (y) transversely with respect to the optical axis of the lens.
A method, comprising: calculating, at a wireless access point, WAP, from a plurality of WAPs within a network, an interference value for each channel from a plurality of channels of the WAP; calculating, based on the interference value for each channel from the plurality of channels, a total move weight of the WAP; receiving, at the WAP, a total move weight from a plurality of total move weights from each remaining WAP from the plurality of WAPs; selecting one WAP from the plurality of WAPs based on a random number, the total move weight of the WAP, the plurality of total move weights from the remaining WAPs from the plurality of WAPs, and a rank of the plurality of WAPs; defining, at the WAP, the random number; sending the random number to the remaining WAPs from the plurality of WAPs wherein each WAP from the remaining WAPs selects the one WAP from the plurality of WAPs based at least in part on the random number; changing, if the WAP is selected, a designated channel of the WAP to one of the remaining channels from the plurality of channels; and sending a signal to modify an active channel of the WAP to correspond with the designated channel. calculating, at a wireless access point, WAP, from a plurality of WAPs within a network, an interference value for each channel from a plurality of channels of the WAP; calculating, based on the interference value for each channel from the plurality of channels, a total move weight of the WAP; receiving, at the WAP, a total move weight from a plurality of total move weights from each remaining WAP from the plurality of WAPs; selecting one WAP from the plurality of WAPs based on a random number, the total move weight of the WAP, the plurality of total move weights from the remaining WAPs from the plurality of WAPs, and a rank of the plurality of WAPs; defining, at the WAP, the random number; sending the random number to the remaining WAPs from the plurality of WAPs wherein each WAP from the remaining WAPs selects the one WAP from the plurality of WAPs based at least in part on the random number; changing, if the WAP is selected, a designated channel of the WAP to one of the remaining channels from the plurality of channels; and sending a signal to modify an active channel of the WAP to correspond with the designated channel.
A method for fluidised bed catalytic cracking of a low-coking feedstock with no more than 0.1% by weight of Conradson carbon and with a hydrogen content no higher than 12.7% by weight, comprising at least one step of cracking the feedstock in the presence of a catalyst, a step of separating/stripping the effluents from the coked catalyst particles and a step of regenerating said grains by partial or total combustion of the coke, and recycling same over homogeneously distributed and slightly coked catalyst, before regenerating at least one carbonaceous and/or hydrocarbon coking effluent, the method being characterised in that the amount of coking effluent injected onto the coked catalyst is adjusted to provide an additional amount of coke Q r on the catalyst and to satisfy the following equation: Q t = Q i + Q r wherein Qi is the initial coke content on the coked catalyst after cracking the feedstock and Qt or Delta coke is the coke content burned by total or partial combustion, necessary to maintain the thermal balance of the process and to keep the regenerated catalyst at a temperature no lower than 690°C, preferably ranging from 690°C to 750°C, said coking effluent comprising an aromatic content of more than 50% by weight and comprising 20% by weight or more of polyaromatic compounds.
An apparatus for diagnosing a watchdog timer, comprising: a DC-DC voltage converter including an enable terminal, a power input terminal and a power output terminal, and configured to selectively output an operating voltage for the watchdog timer from the power output terminal using an input voltage applied to the power input terminal; and a control unit including a first communication terminal, a hold terminal (HOLD), a trigger terminal (TRIG) and a reset terminal, wherein the hold terminal is electrically connected to the enable terminal, wherein the control unit is configured to output a hold signal at the hold terminal and an invalid trigger signal at the trigger terminal when a first control signal that commands a shutdown of the control unit is applied to the first communication terminal, wherein the invalid trigger signal induces the watchdog timer to output a reset signal to the reset terminal, wherein the DC-DC voltage converter is configured to output the operating voltage at the power output terminal while the hold signal is outputted to the enable terminal, and wherein the control unit is configured to store diagnosis data indicating a malfunction of the watchdog timer in a memory when the reset signal is not applied to the reset terminal within a preset threshold time from when the invalid trigger signal is outputted at the trigger terminal. a DC-DC voltage converter including an enable terminal, a power input terminal and a power output terminal, and configured to selectively output an operating voltage for the watchdog timer from the power output terminal using an input voltage applied to the power input terminal; and a control unit including a first communication terminal, a hold terminal (HOLD), a trigger terminal (TRIG) and a reset terminal, wherein the hold terminal is electrically connected to the enable terminal, wherein the control unit is configured to output a hold signal at the hold terminal and an invalid trigger signal at the trigger terminal when a first control signal that commands a shutdown of the control unit is applied to the first communication terminal, wherein the invalid trigger signal induces the watchdog timer to output a reset signal to the reset terminal, wherein the DC-DC voltage converter is configured to output the operating voltage at the power output terminal while the hold signal is outputted to the enable terminal, and wherein the control unit is configured to store diagnosis data indicating a malfunction of the watchdog timer in a memory when the reset signal is not applied to the reset terminal within a preset threshold time from when the invalid trigger signal is outputted at the trigger terminal.
An air conditioner comprising a heat source-side unit having a compressor, a heat source-side heat exchanger, a throttle device, a load-side unit having a throttle device (505a, 505b) and a load-side heat exchanger (506a, 506b), a switching device for switching connections of the discharge and intake sides of the compressor between the heat source-side unit and the load-side unit, and a gas-side manipulation valve provided in a gas pipe connecting the switching device and the load-side heat exchanger (506a, 506b); characterized in that the air conditioner further comprises a refrigerant heat exchanger for exchanging heat between high pressure-side refrigerant and low pressure-side refrigerant at a communication section of the heat source-side unit and the load-side unit; a primary passage of the refrigerant heat exchanger is connected between the heat source-side heat exchanger and the throttle device within the heat source-side unit and a secondary passage of the refrigerant heat exchanger is connected between the switching device and the gas-side manipulation valve; and a refrigerant reservoir for supplying refrigerant is provided, a pipe from the refrigerant reservoir is branched via a refrigerant filling switch valve, one pipe is connected between the secondary passage of the refrigerant heat exchanger and the load-side heat exchanger (506a, 506b) via a check valve or a switch valve and the other pipe is connected between the heat source-side heat exchanger and the primary passage of the refrigerant heat exchanger via a check valve or a switch valve.