mhurhangee/patent-ind-claim-en huggingface dataset:
Sequentially operating waste water treatment plant for the biological purification of waste water , adapted for the withdrawal of clear water whilst dispensing with a pump or an air-lift pump and the valves required for control thereof, comprising - a reactor vessel for receiving waste water , comprising an inlet (2.1) for the untreated waste water and an outlet (2.2) for the treated waste water , wherein the outlet (2.2) is arranged underneath the inlet (2.1) in the reactor vessel , - an aeration device for introducing air into the waste water which is arranged on the base of the rector vessel , - a drainage device arranged movably in the reactor vessel having a drain inlet (5.3) for the treated waste water , - a fluid-conducting connection between the drain inlet (5.3) of the drainage device and the outlet (2.2), - an aeratable and ventable lifting device for the drainage device which by aerating lifts the drain inlet (5.3) of the drainage device completely out of the waste water and by venting immerses the drain inlet (5.3) of the drainage device into the waste water , wherein the lifting device is an inflatable floating body , - a compressed air supply adapted for aerating both the lifting device and also the aeration device , - a throttle adapted for time-delayed venting of the lifting device after the end of the aeration, wherein the throttle is an exhaust air opening in the floating body having a cross-section that is determined in such a manner that an air stream permanently escapes from the floating body that is always smaller than the air stream supplied during aeration and - a controller for the temporary operation of the compressed air supply . - a reactor vessel for receiving waste water , comprising an inlet (2.1) for the untreated waste water and an outlet (2.2) for the treated waste water , wherein the outlet (2.2) is arranged underneath the inlet (2.1) in the reactor vessel , - an aeration device for introducing air into the waste water which is arranged on the base of the rector vessel , - a drainage device arranged movably in the reactor vessel having a drain inlet (5.3) for the treated waste water , - a fluid-conducting connection between the drain inlet (5.3) of the drainage device and the outlet (2.2), - an aeratable and ventable lifting device for the drainage device which by aerating lifts the drain inlet (5.3) of the drainage device completely out of the waste water and by venting immerses the drain inlet (5.3) of the drainage device into the waste water , wherein the lifting device is an inflatable floating body , - a compressed air supply adapted for aerating both the lifting device and also the aeration device , - a throttle adapted for time-delayed venting of the lifting device after the end of the aeration, wherein the throttle is an exhaust air opening in the floating body having a cross-section that is determined in such a manner that an air stream permanently escapes from the floating body that is always smaller than the air stream supplied during aeration and - a controller for the temporary operation of the compressed air supply .
A garment comprising a fabric and at least one seam in the fabric , said garment further comprising a conversion unit and at least one vibrotactile actuator configured for producing a vibrational pattern based on audio information provided by an information signal coming from an external device , wherein said at least one vibrotactile actuator is contained within said at least one seam , and wherein said at least one vibrotactile actuator is controlled by the conversion unit , said conversion unit comprising a microcontroller configured for converting said audio information into a driving signal to be provided to said at least one vibrotactile actuator and a first communication module configured for receiving said information signal coming from said external device , said conversion unit being contained within said at least one seam ,
A near-field system comprising a near-field device, the near-field device comprising: a near-field receiver coupled to a near-field receiver antenna and a decoder circuit; wherein the near-field receiver antenna is configured to be capacitively coupled at a first location on a conductive structure ; wherein the near-field receiver antenna is configured to receive a near-field signal from the conductive structure through the receiver's capacitive coupling; and wherein the decoder circuit is configured to detect variations in the near-field signal, wherein the decoder circuit includes a degradation detector configured to interpret the variations in the near-field signal as a structural degradation in the conductive structure, wherein the degradation detector is configured to interpret the variations in the near-field signal as indicating a structural degradation if there is a difference between a previously received near-field signal and a currently received near-field signal , wherein the system further comprises: another near-field device including a near-field transmitter coupled to a near-field transmitter antenna and an encoder circuit; wherein the near-field transmitter antenna is configured to be capacitively coupled at a second location on the conductive structure ; wherein the encoder circuit is configured to generate the near-field signal ; and wherein the near-field transmitter antenna is configured to transmit the near-field signal to the conductive structure through the transmitter's capacitive coupling. a near-field receiver coupled to a near-field receiver antenna and a decoder circuit; wherein the near-field receiver antenna is configured to be capacitively coupled at a first location on a conductive structure ; wherein the near-field receiver antenna is configured to receive a near-field signal from the conductive structure through the receiver's capacitive coupling; and wherein the decoder circuit is configured to detect variations in the near-field signal, wherein the decoder circuit includes a degradation detector configured to interpret the variations in the near-field signal as a structural degradation in the conductive structure, another near-field device including a near-field transmitter coupled to a near-field transmitter antenna and an encoder circuit; wherein the near-field transmitter antenna is configured to be capacitively coupled at a second location on the conductive structure ; wherein the encoder circuit is configured to generate the near-field signal ; and wherein the near-field transmitter antenna is configured to transmit the near-field signal to the conductive structure through the transmitter's capacitive coupling.
A pouch-type secondary battery, which includes an electrode assembly having a positive electrode plate and a negative electrode plate disposed to face each other and a pouch case having a concave groove formed to accommodate the electrode assembly , wherein the pouch case includes a first pouch film and a second pouch film thermally fused to the first pouch film , wherein the concave groove is formed in at least one of the first pouch film and the second pouch film , and the concave groove has a bottom surface on which the electrode assembly is placed so that the bottom surface has an area equal to or greater than an area of a reference surface that covers an opening of the concave groove , wherein the concave groove includes a first side surface region in which a full width of the concave groove is gradually decreased along the depth from the reference surface and a second side surface region in which the full width of the concave groove is gradually increased from an end point of the first side surface region to the bottom surface , and the electrode assembly is accommodated in the concave groove and is configured so that a plurality of battery cells (10-1, 10-2, 10-3, 10-4) is stacked, and a full width of each of the plurality of battery cells (10-1, 10-2, 10-3, 10-4) corresponds to the full width of the concave groove at a stacked location.
A prompting method, applied to a prompting system and comprising: sending (S101), by a notification sending equipment, notification information to a home gateway connected with the notification sending equipment when the notification information is received; and characterized by determining (S401), by the home gateway, whether notification receiving equipment connected to the home gateway is in an immersive experience state when notification information sent by the notification sending equipment is received, wherein the immersive experience state would cause a user of the notification receiving equipment miss a prompt issued by the notification sending equipment; when it is determined that the notification receiving equipment is in the immersive experience state, forwarding (S402), by the home gateway, the notification information to the notification receiving equipment, and performing (S503), by the notification receiving equipment, a message prompting operation according to the notification information; when it is determined that the notification receiving equipment is not in the immersive experience state, returning (S403), by the home gateway, a notification message to the notification sending equipment, and performing, by the notification sending equipment, the message prompting operation according to the notification message. sending (S101), by a notification sending equipment, notification information to a home gateway connected with the notification sending equipment when the notification information is received; and characterized by determining (S401), by the home gateway, whether notification receiving equipment connected to the home gateway is in an immersive experience state when notification information sent by the notification sending equipment is received, wherein the immersive experience state would cause a user of the notification receiving equipment miss a prompt issued by the notification sending equipment; when it is determined that the notification receiving equipment is in the immersive experience state, forwarding (S402), by the home gateway, the notification information to the notification receiving equipment, and performing (S503), by the notification receiving equipment, a message prompting operation according to the notification information; when it is determined that the notification receiving equipment is not in the immersive experience state, returning (S403), by the home gateway, a notification message to the notification sending equipment, and performing, by the notification sending equipment, the message prompting operation according to the notification message.
A process for the preparation of an aqueous slurry comprising a plurality of elastomer particles suspended therein, the process comprising at least the step of: A) contacting an organic medium comprising i) at least one elastomeric ethylene/α-olefin copolymer and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C wherein the cloud point is determined by at least one of the following methods: • DIN EN 1890 of September 2006, method A • DIN EN 1890 of September 2006, method C • DIN EN 1890 of September 2006, method E • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.05 g per 100 ml of distilled water. • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.2 g per 100 ml of distilled water and B) removing at least partially the organic diluent to obtain the aqueous slurry comprising the elastomeric ethylene/α-olefin copolymer particles. A) contacting an organic medium comprising i) at least one elastomeric ethylene/α-olefin copolymer and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C wherein the cloud point is determined by at least one of the following methods: • DIN EN 1890 of September 2006, method A • DIN EN 1890 of September 2006, method C • DIN EN 1890 of September 2006, method E • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.05 g per 100 ml of distilled water. • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.2 g per 100 ml of distilled water and i) at least one elastomeric ethylene/α-olefin copolymer and ii) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C wherein the cloud point is determined by at least one of the following methods: • DIN EN 1890 of September 2006, method A • DIN EN 1890 of September 2006, method C • DIN EN 1890 of September 2006, method E • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.05 g per 100 ml of distilled water. • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.2 g per 100 ml of distilled water • DIN EN 1890 of September 2006, method A • DIN EN 1890 of September 2006, method C • DIN EN 1890 of September 2006, method E • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.05 g per 100 ml of distilled water. • DIN EN 1890 of September 2006, method A wherein the amount of compound tested is reduced from 1g per 100 ml of distilled water to 0.2 g per 100 ml of distilled water B) removing at least partially the organic diluent to obtain the aqueous slurry comprising the elastomeric ethylene/α-olefin copolymer particles.
Locking device for securing cargo items on a cargo deck of an aircraft, comprising: - a frame having at least two longitudinal members , - at least two carriage elements , - at least two fastening claws each with a locking lug , wherein the fastening claws are movably mounted on the at least two carriage elements , - at least two guide rails , wherein in each case one guide rail can be fastened to a respective longitudinal member at different positions, and the at least two carriage elements are displaceably mounted on the guide rails , wherein at least one compression spring is formed between the carriage elements , so that the two carriage elements are spring-mounted with respect to each other. - a frame having at least two longitudinal members , - at least two carriage elements , - at least two fastening claws each with a locking lug , wherein the fastening claws are movably mounted on the at least two carriage elements , - at least two guide rails , wherein in each case one guide rail can be fastened to a respective longitudinal member at different positions, and the at least two carriage elements are displaceably mounted on the guide rails , wherein at least one compression spring is formed between the carriage elements , so that the two carriage elements are spring-mounted with respect to each other.
Method for erasing security-relevant information in a device, having the method steps of: - continuously ascertaining at least one movement parameter of the device over time, - continuously monitoring the ascertained movement parameters over time on the basis of at least one prescribed movement pattern, wherein the prescribed movement pattern is a movement trajectory of the device , and - triggering an erase process for the security-relevant information if the ascertained movement parameter over time is consistent with the at least one prescribed movement pattern, wherein the erase process is triggered if the at least one movement parameter is consistent with the prescribed movement pattern at least for a prescribed period (tB) . - continuously ascertaining at least one movement parameter of the device over time, - continuously monitoring the ascertained movement parameters over time on the basis of at least one prescribed movement pattern, wherein the prescribed movement pattern is a movement trajectory of the device , and - triggering an erase process for the security-relevant information if the ascertained movement parameter over time is consistent with the at least one prescribed movement pattern, wherein the erase process is triggered if the at least one movement parameter is consistent with the prescribed movement pattern at least for a prescribed period (tB) .
Inhaler component for the intermittent and inhalation- or puff-synchronous formation of a vapour-air mixture or/and condensation aerosol, comprising: a housing ; a chamber arranged in the housing ; an air admission opening for the supply of air from the surroundings into the chamber ; an electric heating element for evaporating a portion of a liquid material , wherein the vapour formed mixes in the chamber with the air supplied through the air admission opening , and the vapour/air mixture or/and condensation aerosol is formed; and a wick with a capillary structure, which wick forms a composite with the heating element and, after an evaporation operation, resupplies the heating element automatically with the fresh liquid material , characterized in that the composite comprises a flat structure comprising an electrically non-conductive material which is arranged on a metal foil and has an open-pored structure. a housing ; a chamber arranged in the housing ; an air admission opening for the supply of air from the surroundings into the chamber ; an electric heating element for evaporating a portion of a liquid material , wherein the vapour formed mixes in the chamber with the air supplied through the air admission opening , and the vapour/air mixture or/and condensation aerosol is formed; and a wick with a capillary structure, which wick forms a composite with the heating element and, after an evaporation operation, resupplies the heating element automatically with the fresh liquid material , characterized in that the composite comprises a flat structure comprising an electrically non-conductive material which is arranged on a metal foil and has an open-pored structure.
A network interface device comprising: a programmable interface configured to provide an adaptor which supports at least one instance of a device interface with at least one bus , wherein the at least one bus is between the network interface device and a host device , the programmable interface comprising configurable hardware configured to be programmable and to: support a plurality of different types of device interface , wherein while said network interface device is in operation, said programmable interface is configured to at least one of: remove at least one instance of device interface ; add at least one instance of device interface ; switch from at least one instance of device interface to at least one other instance of device interface . a programmable interface configured to provide an adaptor which supports at least one instance of a device interface with at least one bus , wherein the at least one bus is between the network interface device and a host device , the programmable interface comprising configurable hardware configured to be programmable and to: support a plurality of different types of device interface , wherein while said network interface device is in operation, said programmable interface is configured to at least one of: remove at least one instance of device interface ; add at least one instance of device interface ; switch from at least one instance of device interface to at least one other instance of device interface . remove at least one instance of device interface ; add at least one instance of device interface ; switch from at least one instance of device interface to at least one other instance of device interface .
A compact front regulation system for leveling feet for furniture (M) with a bottom and shoulders , of the type comprising, in combination: a pair of front feet and a pair of rear feet , wherein said pair of rear feet comprises a regulation mechanism in height which is accessible from outside the pair of rear feet and can be maneuvered by means of a tool , wherein said pair of front feet provides a pass-through hole for the passage from one side to the other of a stem of said regulation tool of said pair of rear feet , wherein said pass-through hole act as a support and guide for said stem of said tool towards said pair of rear feet , wherein connections are provided which can be applied beneath said bottom , said connections receive said front feet and said rear feet that can be inserted in the connections , wherein said pass-through hole of each of said front feet for said regulation tool of the rear feet is produced as a first pass-through hole in each of said connections , and in the form of a pass-through groove in each of said front feet , wherein each of said connections provides a second pass-through hole , produced in the body of each connection at 90° with respect to said first pass-through hole in correspondence with an edge of said connection .
An input module for a programmable logic controller able to be connected to a plurality of elements of an automated chain, the input module comprising: - inputs , each input being able to receive the signal from at least one element of the plurality of elements , - interfaces , each interface being associated with a single input and comprising at least one output (40A6, 40B6) able to operate in three different states: ∘ a forcing state corresponding to the maximum voltage that the output (40A6, 40B6) of the interface is able to deliver, ∘ a low state corresponding to the minimum voltage that the output (40A6, 40B6) of the interface is able to deliver, and ∘ a read state in which the output (40A6, 40B6) of the interface is able to deliver an image of the signal received by the input associated with the considered interface , - a test block connected to each of the interfaces and able to impose the state of the output (40A6, 40B6) of each interface , and - a processing sub-module able to compare the state of the output (40A6, 40B6) of each interface with the state imposed by the test block and to deduce an operating anomaly of the input module therefrom when the state of the output (40A6, 40B6) of at least one interface differs from the state imposed by the test block . - inputs , each input being able to receive the signal from at least one element of the plurality of elements , - interfaces , each interface being associated with a single input and comprising at least one output (40A6, 40B6) able to operate in three different states: ∘ a forcing state corresponding to the maximum voltage that the output (40A6, 40B6) of the interface is able to deliver, ∘ a low state corresponding to the minimum voltage that the output (40A6, 40B6) of the interface is able to deliver, and ∘ a read state in which the output (40A6, 40B6) of the interface is able to deliver an image of the signal received by the input associated with the considered interface , ∘ a forcing state corresponding to the maximum voltage that the output (40A6, 40B6) of the interface is able to deliver, ∘ a low state corresponding to the minimum voltage that the output (40A6, 40B6) of the interface is able to deliver, and ∘ a read state in which the output (40A6, 40B6) of the interface is able to deliver an image of the signal received by the input associated with the considered interface , - a test block connected to each of the interfaces and able to impose the state of the output (40A6, 40B6) of each interface , and - a processing sub-module able to compare the state of the output (40A6, 40B6) of each interface with the state imposed by the test block and to deduce an operating anomaly of the input module therefrom when the state of the output (40A6, 40B6) of at least one interface differs from the state imposed by the test block .