mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting an arc flash within a circuit breaker comprising: detecting the presence of light in said circuit breaker; detecting abnormal current levels; characterized by: detecting a circuit breaker parameter indicating the position of a contact arm of said circuit breaker and indicating the opening of the contact arm of said circuit breaker; delaying the response of an arc flash detector for a fixed period of time when the presence of light is detected and when abnormal current levels are detected and the parameter indicates the contact arm is opening; and tripping said circuit breaker after said fixed period of time if said light is still detected. detecting the presence of light in said circuit breaker; detecting abnormal current levels; characterized by: detecting a circuit breaker parameter indicating the position of a contact arm of said circuit breaker and indicating the opening of the contact arm of said circuit breaker; delaying the response of an arc flash detector for a fixed period of time when the presence of light is detected and when abnormal current levels are detected and the parameter indicates the contact arm is opening; and tripping said circuit breaker after said fixed period of time if said light is still detected. detecting a circuit breaker parameter indicating the position of a contact arm of said circuit breaker and indicating the opening of the contact arm of said circuit breaker; delaying the response of an arc flash detector for a fixed period of time when the presence of light is detected and when abnormal current levels are detected and the parameter indicates the contact arm is opening; and tripping said circuit breaker after said fixed period of time if said light is still detected.
An air conditioner, comprising: a heat exchanger; a bellmouth disposed behind the heat exchanger such that an opening thereof through which air passes faces the heat exchanger; a casing having a front panel that covers the front side of the heat exchanger and provided with air inlets (8 -11) and air outlets (6, 7); and a turbofan disposed behind the bellmouth and configured to generate an air flow in which air is sucked in from the air inlets (8 -11), passes through the heat exchanger and the opening of the bellmouth, and is blown out from the air outlets (6, 7), wherein the total suction area of the air inlets (8 -11) is equal to or greater than 15% of the projected area of the heat exchanger as seen from the front, characterized in that the air inlets(8 -11) are provided in the front panel and/or around thereof, and are located substantially outside the opening of the bellmouth as seen from the front. a heat exchanger; a bellmouth disposed behind the heat exchanger such that an opening thereof through which air passes faces the heat exchanger; a casing having a front panel that covers the front side of the heat exchanger and provided with air inlets (8 -11) and air outlets (6, 7); and a turbofan disposed behind the bellmouth and configured to generate an air flow in which air is sucked in from the air inlets (8 -11), passes through the heat exchanger and the opening of the bellmouth, and is blown out from the air outlets (6, 7), wherein the total suction area of the air inlets (8 -11) is equal to or greater than 15% of the projected area of the heat exchanger as seen from the front, characterized in that the air inlets(8 -11) are provided in the front panel and/or around thereof, and are located substantially outside the opening of the bellmouth as seen from the front.
A controller for use in monitoring at least one operating wind turbine (100,308), said controller communicatively coupled to the at least one operating wind turbine, to a server sub-system, and to a user interface device, said controller configured to: receive operational data from the at least one operating wind turbine (100, 308); characterized in that said controller is further configured to: select at least one formula based on the received operational data, wherein at least one of a predetermined formula is selected; determine at least one site level parameter using the at least one selected formula; and, transmit at least one of operational data, the at least one selected formula, and the determined parameter to the server sub-system. receive operational data from the at least one operating wind turbine (100, 308); characterized in that said controller is further configured to: select at least one formula based on the received operational data, wherein at least one of a predetermined formula is selected; determine at least one site level parameter using the at least one selected formula; and, transmit at least one of operational data, the at least one selected formula, and the determined parameter to the server sub-system. select at least one formula based on the received operational data, wherein at least one of a predetermined formula is selected; determine at least one site level parameter using the at least one selected formula; and, transmit at least one of operational data, the at least one selected formula, and the determined parameter to the server sub-system.
An antigen binding fragment (Fab) to a serum albumin, wherein the Fab comprises, (a) a heavy chain variable domain (V H domain) having the amino acid sequence selected from the group consisting of SEQ ID NO.1, SEQ ID NO.2, SEQ ID NO.3, SEQ ID NO.4, SEQ ID NO.5 and SEQ ID NO.6; and (b) a light chain variable domain (V L domain) having the amino acid sequence selected from the group consisting of SEQ ID NO.7, SEQ ID NO.8, SEQ ID NO.9, SEQ ID NO. 10, SEQ ID NO. 11 and SEQ ID NO. 12, wherein the Fab binds specifically to serum albumin. (a) a heavy chain variable domain (V H domain) having the amino acid sequence selected from the group consisting of SEQ ID NO.1, SEQ ID NO.2, SEQ ID NO.3, SEQ ID NO.4, SEQ ID NO.5 and SEQ ID NO.6; and (b) a light chain variable domain (V L domain) having the amino acid sequence selected from the group consisting of SEQ ID NO.7, SEQ ID NO.8, SEQ ID NO.9, SEQ ID NO. 10, SEQ ID NO. 11 and SEQ ID NO. 12, wherein the Fab binds specifically to serum albumin.
A booth (10, 11, 12, 13, 20, 21, 22, 30) comprising: an ejecting unit (120, 320) that ejects air into an opening portion leading to an internal space partitioned from an external space, wherein the ejecting unit (120, 320) is configured to eject the air so as to form a first airflow and a second airflow characterized in that the second airflow is weaker and wind speed than the first airflow, the first airflow is formed between the external space and the second airflow to suppress introduction of a disturbance from the external space into the internal space, and the second airflow is formed between the internal space and the first airflow to suppress introduction of the first airflow into the internal space. an ejecting unit (120, 320) that ejects air into an opening portion leading to an internal space partitioned from an external space, wherein the ejecting unit (120, 320) is configured to eject the air so as to form a first airflow and a second airflow characterized in that the second airflow is weaker and wind speed than the first airflow, the first airflow is formed between the external space and the second airflow to suppress introduction of a disturbance from the external space into the internal space, and the second airflow is formed between the internal space and the first airflow to suppress introduction of the first airflow into the internal space.
Biological nitrification wastewater treatment procedure in a wastewater treatment plant wherein in the aeration stage: - measurements are made over time of the gradient in the concentration of NH 4 + and N 2 O over time; - the flow rate of air into the aeration tank can be modified or maintained; where the time intervals comprise between 0.05 hours to 10 hours; characterised in that: - the flow rate of air into the aeration tank is maintained if the gradient of the NH 4 + concentration is less than 0.5 mgN/Lh and the gradient of the N 2 O concentration is equal to or greater than 0.002 mgN/Lh over the measurement period; - the flow rate of air into the aeration tank is maintained if the gradient of the NH 4 + concentration is equal to or greater than 0.5 mgN/Lh and the gradient of the N 2 O concentration is less than 0.002 mgN/Lh over the measurement period; - the flow rate of air into the aeration tank is increased between 5% and 60% if the gradient of the NH 4 + concentration is equal to or greater than 0.5 mgN/Lh and the gradient of the N 2 O concentration is equal to or greater than 0.002 mgN/Lh over the measurement period; or - the flow rate of air into the aeration tank is decreased between 5% and 60% if the gradient of the NH 4 + concentration is less than 0.5 mgN/Lh and the gradient of the N 2 O concentration is less than 0.002 mgN/Lh over the measurement period, - the N 2 O concentration is measured in the liquid phase in the aerobic tank and that NH 4 + concentration that enters with the influent is measured in the header of the plant. - measurements are made over time of the gradient in the concentration of NH 4 + and N 2 O over time; - the flow rate of air into the aeration tank can be modified or maintained; where the time intervals comprise between 0.05 hours to 10 hours; characterised in that: - the flow rate of air into the aeration tank is maintained if the gradient of the NH 4 + concentration is less than 0.5 mgN/Lh and the gradient of the N 2 O concentration is equal to or greater than 0.002 mgN/Lh over the measurement period; - the flow rate of air into the aeration tank is maintained if the gradient of the NH 4 + concentration is equal to or greater than 0.5 mgN/Lh and the gradient of the N 2 O concentration is less than 0.002 mgN/Lh over the measurement period; - the flow rate of air into the aeration tank is increased between 5% and 60% if the gradient of the NH 4 + concentration is equal to or greater than 0.5 mgN/Lh and the gradient of the N 2 O concentration is equal to or greater than 0.002 mgN/Lh over the measurement period; or - the flow rate of air into the aeration tank is decreased between 5% and 60% if the gradient of the NH 4 + concentration is less than 0.5 mgN/Lh and the gradient of the N 2 O concentration is less than 0.002 mgN/Lh over the measurement period, - the N 2 O concentration is measured in the liquid phase in the aerobic tank and that NH 4 + concentration that enters with the influent is measured in the header of the plant.
Method for determining the position of an actuator of an internal combustion engine, in particular a control valve, a tumble valve or a valve which is operated by a DC motor, comprising the following steps: a) measurement of the current profile of the current which is supplied to the DC motor, b) identification of commutation artefacts in the measured current profile, c) determination of the number of identified commutation artefacts by the control unit, d) determination of the position of the actuator on the basis of the number of commutation artefacts by the control unit using the number of commutation artefacts relative to an end position (E 1, E 2) of the actuator, e) identification of the end position (E 1, E 2) of the actuator by the control unit and then determination of the position of the actuator as the end position (E 1, E 2), independently of the number of commutation artefacts, and f) checking of the control unit, when the end position (E 1, E 2) is reached, as to whether the number of commutation artefacts lies above a predetermined minimum number and/or within a predetermined range. a) measurement of the current profile of the current which is supplied to the DC motor, b) identification of commutation artefacts in the measured current profile, c) determination of the number of identified commutation artefacts by the control unit, d) determination of the position of the actuator on the basis of the number of commutation artefacts by the control unit using the number of commutation artefacts relative to an end position (E 1, E 2) of the actuator, e) identification of the end position (E 1, E 2) of the actuator by the control unit and then determination of the position of the actuator as the end position (E 1, E 2), independently of the number of commutation artefacts, and f) checking of the control unit, when the end position (E 1, E 2) is reached, as to whether the number of commutation artefacts lies above a predetermined minimum number and/or within a predetermined range.
Use of 0.1 to 1 wt% of at least one azole compound, selected from propiconazole, tiabendazole, and tebuconazole and/or derivatives thereof, 0.0001 to 0.05 wt% of at least one sporulation inhibitor, selected from ortho -phenylphenol and ortho -phenylphenol silicic acid ester, and 0.001 to 10 wt% of at least one anti-adhesive substance, selected from nonionic surfactants and silicic acid esters thereof, to equip materials selected from construction materials, auxiliary construction materials, filter media, textiles, pelts, paper, furs, and leather.
A method for controlling a pump system (10, 34, 45) having a pump unit (11, 44, 46) for dispensing multi-component material under pressure by means of a spray gun, the pump unit comprising a pump device (12, 35), a mixer (13, 47) and a spray gun (14, 48), the pump device having at least two pumps (16, 17, 36, 37) for pumping component material and respective associated liquid tanks (18, 19, 38, 39) for storing component material, the pump system having a control device (24, 52), the control device comprising a control means and a database, characterized in that recipes for mixing multi-component materials are stored in the database, the database being synchronized at regular intervals or upon request by the control device with at least one other external database, the pump unit being controlled by means of the control means as a function of a recipe.
Method for producing a stress-resistant component for a gas turbine or steam turbine, with the steps of: - preparing at least two part components (36, 38) and - connecting the two part components (36, 38) by means of a manufacturing weld at a connection point, - configuring the two part components (36, 38) such that their connection point comes to be positioned in a region which, on the surface of the later component, will be subjected to high stresses, - making the manufacturing weld with a filler with increased strength at the connection point, and - forming at least one of the part components (36, 38) from a 1% CrMo alloy. - preparing at least two part components (36, 38) and - connecting the two part components (36, 38) by means of a manufacturing weld at a connection point, - configuring the two part components (36, 38) such that their connection point comes to be positioned in a region which, on the surface of the later component, will be subjected to high stresses, - making the manufacturing weld with a filler with increased strength at the connection point, and - forming at least one of the part components (36, 38) from a 1% CrMo alloy.
An inter-device coordination apparatus for a target terminal in a wireless communications system, wherein the wireless communications system further comprises a first device that provides a service for the target terminal, the wireless communications system further comprises a second device, and the apparatus comprises: a beam receiving module, configured to receive a plurality of beams sent by the first device; a beam measurement module, configured to measure one or more first beams out of the plurality of received beams, to obtain a first measurement quantity, wherein the beam receiving module is further configured to receive a second beam sent by the second device, wherein the second beam carries identifier information of the second beam; and the beam measurement module is further configured to measure the second beam, to obtain a second measurement quantity; and a message sending module, configured to: when the first measurement quantity and/or the second measurement quantity meet a preset condition, send a notification message to the first device, wherein the notification message comprises the identifier information of the second beam; and wherein the one or more first beams comprise any one of the following beams: a beam that has best signal quality in polling beams that are received by the beam receiving module and are sent by the first device, or a specified beam in polling beams that are received by the beam receiving module and are sent by the first device; or a set of a plurality of polling beams that are received by the beam receiving module and are sent by the first device, wherein the first measurement quantity is an average value of measurement quantities of beams in the set. a beam receiving module, configured to receive a plurality of beams sent by the first device; a beam measurement module, configured to measure one or more first beams out of the plurality of received beams, to obtain a first measurement quantity, wherein the beam receiving module is further configured to receive a second beam sent by the second device, wherein the second beam carries identifier information of the second beam; and the beam measurement module is further configured to measure the second beam, to obtain a second measurement quantity; and a message sending module, configured to: when the first measurement quantity and/or the second measurement quantity meet a preset condition, send a notification message to the first device, wherein the notification message comprises the identifier information of the second beam; and wherein the one or more first beams comprise any one of the following beams: a beam that has best signal quality in polling beams that are received by the beam receiving module and are sent by the first device, or a specified beam in polling beams that are received by the beam receiving module and are sent by the first device; or a set of a plurality of polling beams that are received by the beam receiving module and are sent by the first device, wherein the first measurement quantity is an average value of measurement quantities of beams in the set.
Ceiling frame for holding ceiling panels, comprising: - a plurality of main runners; - at least one cross runner having a longitudinal direction and coupling means for coupling the main runners with each other; in which the cross runner comprises an upright longitudinally extending web having flanges extending in opposite sideways directions at its lower end for supporting edges of ceiling panels upon, and having a longitudinally extending hollow profile at its upper end for providing strength, said cross runner further comprising a heat expansion nose section provided on at least one of its free end parts, in which said heat expansion nose section forms an integral part of the cross runner in that it comprises a free end part of the hollow profile which is separate from at least a lower part of the web by a cut which is at least partially extending in the longitudinal direction up till an intended folding line (17, 25) such that the nose section is able to fold around said folding line (17, 25), an impression (15, 21) being provided in the free end part of the hollow profile, which impression extends over at least a lower part of the hollow profile, characterized in that, said cut also extends partially upwards through a lower part of the hollow profile, wherein this upwardly extending part of the cut extends through said impression (15, 21), and wherein an upper part of the hollow profile which lies substantially in line with said upwardly extending part of the cut forms said folding line (17, 25). - a plurality of main runners; - at least one cross runner having a longitudinal direction and coupling means for coupling the main runners with each other;
Bracelet for a watch case comprising a first arm, inside which is housed a first printed circuit board portion, and a second arm, the first printed circuit board portion carrying at least one electronic component arranged to perform a corresponding electronic function, and an electrical energy source and a microcontroller for powering and controlling the electronic component arranged to perform a corresponding electronic function, at least one pushbutton for inputting a control signal into the microcontroller being arranged inside the bracelet above a rigid surface offering a support surface which, in response to a pressure exerted on the pushbutton, exerts a reaction force sufficient to ensure that the pressure exerted on the actuating element is not at least partially compensated by corresponding deformation of the bracelet, the first arm being connected to the second arm via a median part arranged to be situated underneath the watch case, a second printed circuit board portion housed inside the second arm and carrying at least one other electronic component being connected to the first printed circuit board portion housed inside the first arm via the median part, which includes a third printed circuit board portion connected to the first and second printed circuit board portions (4, 12) by electrical connecting means, characterized in that the first arm and the second arm are formed by the first printed circuit board portion and the second printed circuit board portion covered with a first overmoulding layer, the median part being covered by an insert that acts as a seat for the watch case and which is also covered by the first overmoulding layer, the insert comprising two guide elements arranged to be placed between two respective pairs of horns carried by the watch case, the guide elements each being pierced with a hole for the passage of a pin for attaching the bracelet to the watch case, a housing in which is arranged a pressure sensor being provided in one of the guide elements and opening into the hole for the passage of the corresponding pin, said hole having, on one part of the periphery thereof, a local increase in diameter with respect to the diameter of the pin to allow the pressure sensor to be placed in contact with the surrounding environment, the pressure sensor being mounted on the third printed circuit board portion.
A method for manufacturing tantalum carbide, comprising the steps of: placing tantalum or a tantalum alloy in a vacuum heat treatment furnace, characterized by heat-treating the tantalum or tantalum alloy under a condition where a native oxide layer of Ta 2 O 5 formed on a surface of the tantalum or tantalum alloy is sublimated to remove the Ta 2 O 5; and heat-treating the tantalum or tantalum alloy by introducing a carbon source into the vacuum heat treatment furnace to form the tantalum carbide from the surface of the tantalum or tantalum alloy. placing tantalum or a tantalum alloy in a vacuum heat treatment furnace, characterized by heat-treating the tantalum or tantalum alloy under a condition where a native oxide layer of Ta 2 O 5 formed on a surface of the tantalum or tantalum alloy is sublimated to remove the Ta 2 O 5; and heat-treating the tantalum or tantalum alloy by introducing a carbon source into the vacuum heat treatment furnace to form the tantalum carbide from the surface of the tantalum or tantalum alloy.
Card forming a support for a valuable object incorporated into said card and including a core or body with a through aperture in which said valuable object is arranged, said through aperture having larger dimensions than those defined by the contour of said valuable object in the main geometric plane of said card, said card further including at least two transparent films (12, 14) respectively arranged on the two sides of the core or body of said card and respectively covering one and the other side of the valuable object, said valuable object being located in a central area of said through aperture so that a transparent peripheral area surrounds the valuable object inside said through aperture, characterized in that said valuable object is embedded in a transparent resin which completely fills said area peripheral to said valuable object between said object and the contour of the through aperture, so that the space remaining in said aperture around said valuable object is completely filled by the resin.