mhurhangee/patent-ind-claim-en huggingface dataset:
A discharge valve for an aircraft comprising: a cylindrical body having an inlet orifice and an outlet orifice , a first flap , a second flap arranged inside the body , the first and second flaps being mobile in rotation about a first axle and a second axle respectively, between a closed position and an open position, a mechanism for locking the second flap in the closed position comprising: - a control lever arranged around a third axle , - an interface arranged on the second flap and - a drive device for rotating the third axle , the control lever being secured in rotation with the third axle between an unlocking position in which the interface is in abutment against the drive device and a locking position in which the interface is engaged in the drive device , the drive device comprising a ring secured to the third axle and having a surface with which the interface can come into abutment and a groove in which the interface can be engaged, characterised in that the ring comprises a pointed end adapted to come into abutment with the complementary surface when the second flap opens. a cylindrical body having an inlet orifice and an outlet orifice , a first flap , a second flap arranged inside the body , the first and second flaps being mobile in rotation about a first axle and a second axle respectively, between a closed position and an open position, a mechanism for locking the second flap in the closed position comprising: - a control lever arranged around a third axle , - an interface arranged on the second flap and - a drive device for rotating the third axle , - a control lever arranged around a third axle , - an interface arranged on the second flap and - a drive device for rotating the third axle , the control lever being secured in rotation with the third axle between an unlocking position in which the interface is in abutment against the drive device and a locking position in which the interface is engaged in the drive device , the drive device comprising a ring secured to the third axle and having a surface with which the interface can come into abutment and a groove in which the interface can be engaged, characterised in that the ring comprises a pointed end adapted to come into abutment with the complementary surface when the second flap opens.
A soil working tool, in particular a cultivator tip, having a carrier part which bears a main cutting element and at least two secondary cutting elements on a blade holder , wherein both the main cutting element and the secondary cutting elements each have a cutting edge (20.3, 21.3), the cutting edges (21.3) of the secondary cutting elements being arranged offset from the cutting edge (20.3) of the main cutting element , characterised in that , the carrier part has a breaker bar projecting on its front side and a breaker groove recessed on a rear side, or the carrier part has a breaker groove recessed on its front side and a breaker bar projecting on its rear side .
A method for associating a video capturing device with a first mobile device, the method comprising: detecting , by a video capturing device , a first mobile device in proximity; assigning, by the video capturing device , a second unique identifier to the first mobile device detected in proximity to the video capturing device ; providing , by the video capturing device , a unique pattern, wherein the unique pattern encodes the second unique identifier; obtaining the unique pattern with a sensor in the first mobile device ; sending , by the first mobile device , a pairing request based in part on the unique pattern to the video capturing device , the pairing request including a first unique identifier for the first mobile device , wherein the sending further comprises sending the pairing request to a cloud-based system associated with the video capturing device , the cloud-based system configured to transfer the pairing request to the video capturing device via wireless communications, wherein the unique pattern encodes a topic associated with the video capturing device and further wherein the pairing request is addressed to the topic; comparing , by the video capturing device , the first unique identifier in the pairing request with the second unique identifier associated to the proximity signal of the first mobile device and successfully associating the video capturing device with the first mobile device if the comparison results in a match; and receiving a pairing notification from the video capturing device upon successful association of the video capturing device with the first mobile device . detecting , by a video capturing device , a first mobile device in proximity; assigning, by the video capturing device , a second unique identifier to the first mobile device detected in proximity to the video capturing device ; providing , by the video capturing device , a unique pattern, wherein the unique pattern encodes the second unique identifier; obtaining the unique pattern with a sensor in the first mobile device ; sending , by the first mobile device , a pairing request based in part on the unique pattern to the video capturing device , the pairing request including a first unique identifier for the first mobile device , wherein the sending further comprises sending the pairing request to a cloud-based system associated with the video capturing device , the cloud-based system configured to transfer the pairing request to the video capturing device via wireless communications, wherein the unique pattern encodes a topic associated with the video capturing device and further wherein the pairing request is addressed to the topic; comparing , by the video capturing device , the first unique identifier in the pairing request with the second unique identifier associated to the proximity signal of the first mobile device and successfully associating the video capturing device with the first mobile device if the comparison results in a match; and receiving a pairing notification from the video capturing device upon successful association of the video capturing device with the first mobile device .
A process for the preparation of a magnetic iron alloy comprising: Iron (Fe); 2 wt.% ≤ cobalt (Co) ≤ 10 wt.%; 0.05 wt.% ≤ manganese (Mn) ≤ 5 wt.%; 0.05 wt.% ≤ silicon (Si) ≤ 5 wt.%; comprising a final heat treatment process after hot or cold working and shaping of said alloy comprising the following steps: - annealing at 1180°C in dry hydrogen; - cooling at 93°C per hour until a temperature of 699°C is reached, and then - holding for 24 hours. Iron (Fe); 2 wt.% ≤ cobalt (Co) ≤ 10 wt.%; 0.05 wt.% ≤ manganese (Mn) ≤ 5 wt.%; 0.05 wt.% ≤ silicon (Si) ≤ 5 wt.%; comprising a final heat treatment process after hot or cold working and shaping of said alloy comprising the following steps: - annealing at 1180°C in dry hydrogen; - cooling at 93°C per hour until a temperature of 699°C is reached, and then - holding for 24 hours. - annealing at 1180°C in dry hydrogen; - cooling at 93°C per hour until a temperature of 699°C is reached, and then - holding for 24 hours.
A method comprising: analyzing content of a message referencing a user and comparing words in the content to one or more keywords indicative of a particular message type to determine if there is a match between one or more words in the content of the message and the one or more keywords; sending, by a server, a notification to a creator of the message, the notification inquiring whether the creator of the message desires to share one or more rights of the creator of the message with the user referenced in the message; receiving, at the server, a request from the creator of the message to share the one or more rights of the creator of the message with the user referenced in the message, wherein the message is for a plurality of users and the user; in response to the request, sending, by the server, a notification to the user referenced in the message, wherein the notification includes an option to accept the one or more rights; receiving, at the server from a user device of the user, an acceptance of the one or more rights, wherein receiving, from the user device of the user, the acceptance of the one or more rights further comprises setting one or more rules specifying sending notifications related to any responses to the message to a subset of the plurality of users and controlling whether feedback is allowed for the message; and performing, by the server, one or more operations related to the message based on the one or more rights accepted by the user. analyzing content of a message referencing a user and comparing words in the content to one or more keywords indicative of a particular message type to determine if there is a match between one or more words in the content of the message and the one or more keywords; sending, by a server, a notification to a creator of the message, the notification inquiring whether the creator of the message desires to share one or more rights of the creator of the message with the user referenced in the message; receiving, at the server, a request from the creator of the message to share the one or more rights of the creator of the message with the user referenced in the message, wherein the message is for a plurality of users and the user; in response to the request, sending, by the server, a notification to the user referenced in the message, wherein the notification includes an option to accept the one or more rights; receiving, at the server from a user device of the user, an acceptance of the one or more rights, wherein receiving, from the user device of the user, the acceptance of the one or more rights further comprises setting one or more rules specifying sending notifications related to any responses to the message to a subset of the plurality of users and controlling whether feedback is allowed for the message; and performing, by the server, one or more operations related to the message based on the one or more rights accepted by the user.
An apparatus for cultivating plants and/or fungi, preferably mushrooms, comprising a horizontal support unit coupled to a vertical support unit , and, at the same height, said vertical support unit comprising at least one tilt-able plant cultivation module at either side of the vertical support unit , said at least one tilt-able plant cultivation module being coupled to said at least one horizontal support unit by at least one drive system, wherein the drive system is hydraulic , pneumatic, or electrical.
A shock alert warning device for protection from electric shock in a flooded area having electric installations , having a number n of measuring probes which are distributed in the flooded area and which each have a measuring potential as a potential measuring point for detecting an electric potential distribution in the flooded area and which each consist of a buoyant body having measuring electrodes disposed on its outer side and having an electrode potential , of an electronics unit and of a signal generator , characterized in that the measuring probes are connected to each other via connection lead sections to form a buoyant probe chain , and in that one of the measuring probes is configured as a reference probe for establishing a relative reference potential as a measuring potential without a connection to a ground potential (PE). having a number n of measuring probes which are distributed in the flooded area and which each have a measuring potential as a potential measuring point for detecting an electric potential distribution in the flooded area and which each consist of a buoyant body having measuring electrodes disposed on its outer side and having an electrode potential , of an electronics unit and of a signal generator , characterized in that the measuring probes are connected to each other via connection lead sections to form a buoyant probe chain , and in that one of the measuring probes is configured as a reference probe for establishing a relative reference potential as a measuring potential without a connection to a ground potential (PE).
A process of sterilization of a packaging system, constituted by an apparatus (A) for sterilizing containers (C) and by a filling machine (B), which consists in: - arranging a door so as to close the interface opening defined between said apparatus (A) for sterilizing containers (C) and said filling machine (B), at least two continuous and closed perimetric expandable gaskets , being interposed between said door and said opening and coupled to a perimetric region of a component chosen from either said door or the delimiting edge of said opening, - subjecting said sterilization apparatus (A) to sterilization, keeping inactive the gasket that lies closest to said apparatus (A), therefore with minimum space occupation and separated from said door , and keeping expanded the gasket that lies furthest from said apparatus (A), therefore with maximum space occupation and in hermetic abutment against said door , - subjecting said filling machine (B) to sterilization, keeping inactive the gasket that lies closest to said machine (B), therefore with minimum space occupation and separated from said door , and keeping expanded the gasket that lies furthest from said machine (B), therefore with maximum space occupation and in hermetic abutment against said door . - arranging a door so as to close the interface opening defined between said apparatus (A) for sterilizing containers (C) and said filling machine (B), at least two continuous and closed perimetric expandable gaskets , being interposed between said door and said opening and coupled to a perimetric region of a component chosen from either said door or the delimiting edge of said opening, - subjecting said sterilization apparatus (A) to sterilization, keeping inactive the gasket that lies closest to said apparatus (A), therefore with minimum space occupation and separated from said door , and keeping expanded the gasket that lies furthest from said apparatus (A), therefore with maximum space occupation and in hermetic abutment against said door , - subjecting said filling machine (B) to sterilization, keeping inactive the gasket that lies closest to said machine (B), therefore with minimum space occupation and separated from said door , and keeping expanded the gasket that lies furthest from said machine (B), therefore with maximum space occupation and in hermetic abutment against said door .
Method for acquiring master data of an object comprising the steps: - weighing the object on a scale , - determining a starting point in time for recording the master data by: - taking a depth value image of the object with a camera , - determining contiguous regions in the image that then form first temporary objects, - classifying the first temporary objects into a valid and an invalid class, wherein all first temporary objects that lie within the image without touching the image edge are sorted into the valid class and first temporary objects with edge contact are sorted into the invalid class, - analyzing the first temporary objects in the invalid class by evaluating the depth values and forming new subregions with depth values beyond a depth value threshold, - scanning the subregions for contiguous areas, where these contiguous areas form second temporary objects, - moving the second temporary objects to the valid class if they do not touch the image edge , - finding overlaps of the temporary objects in the valid class with the temporary objects remaining in the invalid class, where the overlap must exceed an overlap threshold, - in case of overlap, moving the temporary objects in question from the valid class to the invalid class, - defining the temporary objects in the valid class as the object to be measured, - if no object is in the valid class, output an error signal, otherwise - after the starting point in time determined in this way, starting the volume detection of the object , - recording the master data, - saving the recorded master data, - outputting of the master data. - weighing the object on a scale , - determining a starting point in time for recording the master data by: - taking a depth value image of the object with a camera , - determining contiguous regions in the image that then form first temporary objects, - classifying the first temporary objects into a valid and an invalid class, wherein all first temporary objects that lie within the image without touching the image edge are sorted into the valid class and first temporary objects with edge contact are sorted into the invalid class, - analyzing the first temporary objects in the invalid class by evaluating the depth values and forming new subregions with depth values beyond a depth value threshold, - scanning the subregions for contiguous areas, where these contiguous areas form second temporary objects, - moving the second temporary objects to the valid class if they do not touch the image edge , - finding overlaps of the temporary objects in the valid class with the temporary objects remaining in the invalid class, where the overlap must exceed an overlap threshold, - in case of overlap, moving the temporary objects in question from the valid class to the invalid class, - defining the temporary objects in the valid class as the object to be measured, - if no object is in the valid class, output an error signal, otherwise - after the starting point in time determined in this way, starting the volume detection of the object , - recording the master data, - saving the recorded master data, - outputting of the master data.
A method of manufacturing a vacuum heat insulating material including a plurality of first fibers having linearity and a plurality of second fibers having crimpability, comprising: - a fiber supply step of supplying the plurality of first fibers , which are formed of a first glass material, and the plurality of second fibers , which are formed of a second glass material onto a conveyor ; and - a compression step of compressing, after the fiber supply step, the plurality of first fibers and the plurality of second fibers on the conveyor to obtain a continuous fiber body including the plurality of first fibers and the plurality of second fibers , wherein the Young's modulus of the plurality of first fibers is higher than the Young's modulus of the plurality of second fibers by changing compositions of the first glass material and the second glass material. - a fiber supply step of supplying the plurality of first fibers , which are formed of a first glass material, and the plurality of second fibers , which are formed of a second glass material onto a conveyor ; and - a compression step of compressing, after the fiber supply step, the plurality of first fibers and the plurality of second fibers on the conveyor to obtain a continuous fiber body including the plurality of first fibers and the plurality of second fibers , wherein the Young's modulus of the plurality of first fibers is higher than the Young's modulus of the plurality of second fibers by changing compositions of the first glass material and the second glass material.
A tobacco baking device, comprising: a) an upper housing ; b)an inner frame , the inner frame comprising a first end comprising a first hole and a second end comprising a second hole, the first hole being larger than the second hole; c)an electrical core ; d)a heating core , the heating core being adapted to heat a cigarette to generate smoke; e)a temperature sensor ; f) a printed circuit board assembly (PCBA) control board ; g)a stainless steel tube ; h)a temperature control device provided in the PCBA control board ; and i) an electronic atomizer ; wherein: the heating core is disposed at a first side of the inner frame ; the stainless steel tube surrounds the heating core , and the heating core is disposed in parallel to the stainless steel tube ; the heating core is connected to the temperature control device and the temperature sensor ; the temperature control device is connected to the temperature sensor ; when in use, the temperature control device detects a heating temperature of the heating core in real time via the temperature sensor , whereby controlling the heating temperature to be constant; characterized in that: the electronic atomizer is mounted on a top of the upper housing ; and the electronic atomizer is adapted to generate mist to be mixed in with the smoke for increasing volume of the smoke. a) an upper housing ; b)an inner frame , the inner frame comprising a first end comprising a first hole and a second end comprising a second hole, the first hole being larger than the second hole; c)an electrical core ; d)a heating core , the heating core being adapted to heat a cigarette to generate smoke; e)a temperature sensor ; f) a printed circuit board assembly (PCBA) control board ; g)a stainless steel tube ; h)a temperature control device provided in the PCBA control board ; and i) an electronic atomizer ; wherein: the heating core is disposed at a first side of the inner frame ; the stainless steel tube surrounds the heating core , and the heating core is disposed in parallel to the stainless steel tube ; the heating core is connected to the temperature control device and the temperature sensor ; the temperature control device is connected to the temperature sensor ; when in use, the temperature control device detects a heating temperature of the heating core in real time via the temperature sensor , whereby controlling the heating temperature to be constant; the electronic atomizer is mounted on a top of the upper housing ; and the electronic atomizer is adapted to generate mist to be mixed in with the smoke for increasing volume of the smoke.
A method of reducing tonal noise emissions of a wind turbine , the method comprising: receiving data indicative of wind conditions in the vicinity of the wind turbine ; determining an operational set point signal in accordance with a desired operation of the wind turbine , the operational set point signal being determined in dependence on the received data; applying a perturbation signal to the operational set point signal to obtain a modified operational set point signal ; and, controlling operation of the wind turbine using the modified operational set point signal to reduce noise emissions of the wind turbine , wherein the perturbation signal is applied such that the modified operational set point signal has greater temporal variation than the operational set point signal . noise emissions of a wind turbine , the method comprising: receiving data indicative of wind conditions in the vicinity of the wind turbine ; determining an operational set point signal in accordance with a desired operation of the wind turbine , the operational set point signal being determined in dependence on the received data; applying a perturbation signal to the operational set point signal to obtain a modified operational set point signal ; and, controlling operation of the wind turbine using the modified operational set point signal to reduce noise emissions of the wind turbine , receiving data indicative of wind conditions in the vicinity of the wind turbine ; determining an operational set point signal in accordance with a desired operation of the wind turbine , the operational set point signal being determined in dependence on the received data; applying a perturbation signal to the operational set point signal to obtain a modified operational set point signal ; and, controlling operation of the wind turbine using the modified operational set point signal to reduce noise emissions of the wind turbine , wherein the perturbation signal is applied such that the modified operational set point signal has greater temporal variation than the operational set point signal .
Food product comprising from 0.1 to 2.5 wt% of an amylomaltase treated starch comprising chain elongated amylopectin.