mhurhangee/patent-ind-claim-en huggingface dataset:
A disc brake assembly comprising: a brake carrier of a disc brake; a mount for a disc brake; and a fixing comprising: a first fixing region of the brake carrier or the mount; a connector to engage the brake carrier and the mount, the connector having a connector hardness; a corresponding second fixing region of the mount or the brake carrier, the second fixing region having a second hardness less than the connector hardness and the second fixing region being deformable by the connector; wherein the connector comprises a protruding portion to extend from the first fixing region and deform the second fixing region so as to form an interference connection with the second fixing region that restricts relative translational movement, as the brake carrier and mount are brought together during mounting. a brake carrier of a disc brake; a mount for a disc brake; and a fixing comprising: a first fixing region of the brake carrier or the mount; a connector to engage the brake carrier and the mount, the connector having a connector hardness; a corresponding second fixing region of the mount or the brake carrier, the second fixing region having a second hardness less than the connector hardness and the second fixing region being deformable by the connector; wherein the connector comprises a protruding portion to extend from the first fixing region and deform the second fixing region so as to form an interference connection with the second fixing region that restricts relative translational movement, as the brake carrier and mount are brought together during mounting. a first fixing region of the brake carrier or the mount; a connector to engage the brake carrier and the mount, the connector having a connector hardness; a corresponding second fixing region of the mount or the brake carrier, the second fixing region having a second hardness less than the connector hardness and the second fixing region being deformable by the connector; wherein the connector comprises a protruding portion to extend from the first fixing region and deform the second fixing region so as to form an interference connection with the second fixing region that restricts relative translational movement, as the brake carrier and mount are brought together during mounting.
A data transmission method, applied to a data transmission device , characterized in that the data transmission device comprises a power supply, a microcontroller, a communication interface , a vibration sensor , a controllable switch and a data transmission module ; the controllable switch is connected between the power supply and the data transmission module , and the communication interface is used to receive data and transmit the received data to the data transmission module , the vibration sensor is used to generate detection data according to the movement of the data transmission device , and the data transmission module is used for data communication with a display device , the microcontroller is used to control the on and off of the controllable switch according to an interrupt signal transmitted by the vibration sensor , the data transmission method comprising: the vibration sensor generates the detection data according to the movement of the data transmission device , wherein the detection data includes an acceleration value of the vibration sensor itself; when the vibration sensor determines that the acceleration value of the vibration sensor itself exceeds a preset acceleration threshold, the vibration sensor transmits the interrupt signal to the microcontroller; after the microcontroller receives the interrupt signal, the microcontroller transmits a first conduction signal to the controllable switch ; the controllable switch is turned on according to the first conduction signal and the power supply connection between the power supply and the data transmission module is conducted; and the data transmission module performs a communication configuration; wherein the communication configuration comprises: a communication configuration of the communication interface ; and/or a communication configuration for data communication between the data transmission module and the display device . the vibration sensor generates the detection data according to the movement of the data transmission device , wherein the detection data includes an acceleration value of the vibration sensor itself; when the vibration sensor determines that the acceleration value of the vibration sensor itself exceeds a preset acceleration threshold, the vibration sensor transmits the interrupt signal to the microcontroller; after the microcontroller receives the interrupt signal, the microcontroller transmits a first conduction signal to the controllable switch ; the controllable switch is turned on according to the first conduction signal and the power supply connection between the power supply and the data transmission module is conducted; and the data transmission module performs a communication configuration; wherein the communication configuration comprises: a communication configuration of the communication interface ; and/or a communication configuration for data communication between the data transmission module and the display device .
Method for production of concrete precast elements made of prestressed concrete, in which - a mixture containing 220 - 500 kg/m 3 of sulphate-free cement having less than 0.5% by mass of sulphates, expressed as SO 3 , and an admixture of 0.2% - 4% by mass of cement of sodium or potassium carbonates or phosphates and 0.5% - 3% by mass of cement of lignosulphonates undergoes homogenization in a special mixer and then - a concrete precast element is formed by filling an appropriate mould with the mix, while the mould is equipped with prestressing tendons, like steel tendons, and maintains them in a state of tensile stress during the concrete curing period - where said precast elements in the moulds undergo thermal treatment in the curing chamber in steam atmosphere at the temperature of 69 - 98°C for a time of 240 minutes to 375 minutes. - a mixture containing 220 - 500 kg/m 3 of sulphate-free cement having less than 0.5% by mass of sulphates, expressed as SO 3 , and an admixture of 0.2% - 4% by mass of cement of sodium or potassium carbonates or phosphates and 0.5% - 3% by mass of cement of lignosulphonates undergoes homogenization in a special mixer and then - a concrete precast element is formed by filling an appropriate mould with the mix, while the mould is equipped with prestressing tendons, like steel tendons, and maintains them in a state of tensile stress during the concrete curing period - where said precast elements in the moulds undergo thermal treatment in the curing chamber in steam atmosphere at the temperature of 69 - 98°C for a time of 240 minutes to 375 minutes.
A method for a wireless device operating in a wireless network, for handling area update reports, the method comprising: initiating a radio network area update, RNAU, responsive to detecting that the wireless device has entered a cell not belonging to a radio network area, RNA, configured for the wireless device; receiving , from the wireless network, a message indicating that the wireless device's attempt to perform the RNAU has been rejected, the message comprising or being accompanied by an indication that a wait time value is applicable; responsive to the message, setting a reject wait timer to the wait time value; characterised by : performing the RNAU upon expiry of the reject wait timer. initiating a radio network area update, RNAU, responsive to detecting that the wireless device has entered a cell not belonging to a radio network area, RNA, configured for the wireless device; receiving , from the wireless network, a message indicating that the wireless device's attempt to perform the RNAU has been rejected, the message comprising or being accompanied by an indication that a wait time value is applicable; responsive to the message, setting a reject wait timer to the wait time value; characterised by : performing the RNAU upon expiry of the reject wait timer.
A method for displaying an augmented reality, AR, model on an AR device, the method comprising: receiving , from a global navigation satellite system, GNSS, receiver, GNSS position data associated with a geospatial reference frame, the GNSS position data based on wireless signals received from GNSS satellites; receiving , from one or more cameras, image information; determining , from the image information, camera position and orientation, POS, data associated with an AR reference frame; detecting a first change in position or rotation of the AR model relative to the geospatial reference frame using the POS data; characterized by detecting a second change in position or rotation of the AR device relative to the AR reference frame using inertial sensor data; determining that the first change is different from the second change in at least one of shift or rotation; and performing at least one of shifting the AR reference frame or rotating the AR reference frame relative to the geospatial reference frame by an amount approximately equal in magnitude but opposite in direction to the first change, so that coordinates in the AR model approximately align with corresponding coordinates in the geospatial reference frame. receiving , from a global navigation satellite system, GNSS, receiver, GNSS position data associated with a geospatial reference frame, the GNSS position data based on wireless signals received from GNSS satellites; receiving , from one or more cameras, image information; determining , from the image information, camera position and orientation, POS, data associated with an AR reference frame; detecting a first change in position or rotation of the AR model relative to the geospatial reference frame using the POS data; characterized by detecting a second change in position or rotation of the AR device relative to the AR reference frame using inertial sensor data; determining that the first change is different from the second change in at least one of shift or rotation; and performing at least one of shifting the AR reference frame or rotating the AR reference frame relative to the geospatial reference frame by an amount approximately equal in magnitude but opposite in direction to the first change, so that coordinates in the AR model approximately align with corresponding coordinates in the geospatial reference frame.
A handle for an electrically operated personal care implement , the handle comprising: - a housing comprising an inner cavity , the housing having a proximal end closest to a head repeatably attachable to and detachable from the handle , and a distal end , the distal end being opposite the proximal end , - a pressure sensor comprising a pivot lever accommodated within the inner cavity , - a motor comprising an eccentric weight for operating the personal care implement , wherein the pivot lever is attached to the proximal end of the housing via a pivot axis , the pivot lever extending with a distal end towards the distal end of the housing , and the motor comprising the eccentric weight is attached to the distal end of the pivot lever , wherein the housing comprises an opening at the proximal end , and the pivot lever comprises a connector for repeatedly attaching and detaching the head to and from the handle , the connector extending through the opening , and the pivot lever is unitarily formed with the connector . - a housing comprising an inner cavity , the housing having a proximal end closest to a head repeatably attachable to and detachable from the handle , and a distal end , the distal end being opposite the proximal end , - a pressure sensor comprising a pivot lever accommodated within the inner cavity , - a motor comprising an eccentric weight for operating the personal care implement , wherein the pivot lever is attached to the proximal end of the housing via a pivot axis , the pivot lever extending with a distal end towards the distal end of the housing , and the motor comprising the eccentric weight is attached to the distal end of the pivot lever , wherein the housing comprises an opening at the proximal end , and the pivot lever comprises a connector for repeatedly attaching and detaching the head to and from the handle , the connector extending through the opening , and the pivot lever is unitarily formed with the connector .
A method characterised by comprising: causing a prompt to be presented to a user, the prompt instructing the user to move the client device along a verification pathway while capturing image data of a real-world object in proximity to the geographical position of the client device ; receiving image data of the object from a moving perspective of the client device : determining whether the image data matches to an expected change in perspective of the object; and responsive to determining that the image matches the expected change in perspective of the object, confirming the geographical position of the client device . causing a prompt to be presented to a user, the prompt instructing the user to move the client device along a verification pathway while capturing image data of a real-world object in proximity to the geographical position of the client device ; receiving image data of the object from a moving perspective of the client device : determining whether the image data matches to an expected change in perspective of the object; and responsive to determining that the image matches the expected change in perspective of the object, confirming the geographical position of the client device . determining whether the image data matches to an expected change in perspective of the object; and responsive to determining that the image matches the expected change in perspective of the object, confirming the geographical position of the client device .
A case for a dental treatment device , comprising: a bottom panel having an inner surface and an outer surface, wherein the inner surface of the bottom panel defines a first concave portion , wherein a wall defining the first concave portion is sloped or curved such that the depth of the first concave portion increases gradually, and wherein the first concave portion forms a corresponding first convex portion of the outer surface of the bottom panel ; a top panel having an inner surface and an outer surface, wherein the inner surface of the top panel defines a second concave portion , wherein the second concave portion forms a corresponding second convex portion of the outer surface of the top panel , wherein the second convex portion includes a curvature , and wherein the second convex portion does not have any substantially planar portion; and a hinge that joins the bottom panel and the top panel and allows the bottom panel and the top panel to pivot between an open position and a closed position; wherein the first concave portion and the second concave portion define an internal volume for storing the dental treatment device when the bottom panel and the top panel are in the closed position, and wherein a wall defining the first convex portion includes a crescent-shaped tray accommodating portion and a handle accommodating portion . a bottom panel having an inner surface and an outer surface, wherein the inner surface of the bottom panel defines a first concave portion , wherein a wall defining the first concave portion is sloped or curved such that the depth of the first concave portion increases gradually, and wherein the first concave portion forms a corresponding first convex portion of the outer surface of the bottom panel ; a top panel having an inner surface and an outer surface, wherein the inner surface of the top panel defines a second concave portion , wherein the second concave portion forms a corresponding second convex portion of the outer surface of the top panel , wherein the second convex portion includes a curvature , and wherein the second convex portion does not have any substantially planar portion; and a hinge that joins the bottom panel and the top panel and allows the bottom panel and the top panel to pivot between an open position and a closed position; wherein the first concave portion and the second concave portion define an internal volume for storing the dental treatment device when the bottom panel and the top panel are in the closed position, and wherein a wall defining the first convex portion includes a crescent-shaped tray accommodating portion and a handle accommodating portion .
A method for diagnosing a condition of an air-breathing aircraft engine , the method comprising: obtaining a sample of lubricating fluid from the engine ; filtering the sample to obtain a plurality of particles from the lubricating fluid; and obtaining chemical composition data for the plurality of particles , characterized in that the method further comprises: determining a quantity of volcanic ash in the lubricating fluid by considering each one of the particles as composed partially of volcanic ash and partially of at least one other material, analyzing the chemical composition data , the volcanic ash having associated thereto a predetermined chemical composition, determining the quantity of volcanic ash per particle , and summing the quantity of volcanic ash per particle to obtain the quantity of volcanic ash in the lubricating fluid ; and diagnosing a condition of the engine based on the quantity of volcanic ash found in the lubricating fluid . obtaining a sample of lubricating fluid from the engine ; filtering the sample to obtain a plurality of particles from the lubricating fluid; and obtaining chemical composition data for the plurality of particles , characterized in that the method further comprises: determining a quantity of volcanic ash in the lubricating fluid by considering each one of the particles as composed partially of volcanic ash and partially of at least one other material, analyzing the chemical composition data , the volcanic ash having associated thereto a predetermined chemical composition, determining the quantity of volcanic ash per particle , and summing the quantity of volcanic ash per particle to obtain the quantity of volcanic ash in the lubricating fluid ; and diagnosing a condition of the engine based on the quantity of volcanic ash found in the lubricating fluid . determining a quantity of volcanic ash in the lubricating fluid by considering each one of the particles as composed partially of volcanic ash and partially of at least one other material, analyzing the chemical composition data , the volcanic ash having associated thereto a predetermined chemical composition, determining the quantity of volcanic ash per particle , and summing the quantity of volcanic ash per particle to obtain the quantity of volcanic ash in the lubricating fluid ; and diagnosing a condition of the engine based on the quantity of volcanic ash found in the lubricating fluid .
A method for equalizing the distortion caused by losses in couplings between adjacent resonators in a microwave band-pass filter comprising coupled resonators, the method comprising the steps of: • Designing an initial transfer function of a filter, • Calculating the poles p i of said designed transfer function, • Modifying the values of said poles p i with a predetermined amount a i , so as to produce an asymmetric displacement of the poles along the real axis of the complex plane, the predetermined amount a i being equal to a i = C(1-i)/Q k , with i being the index of a pole p i along the imaginary axis of the complex plane, C being a constant and Q k being a quality factor of couplings between adjacent resonators of the microwave filter, calculated as the ratio between the maximum stored energy at the couplings between resonators of said microwave filter and the energy loss per unit time, • Calculating a modified transfer function from said initial transfer function and said modified poles p i -a i , • Producing a filter having the modified transfer function. • Designing an initial transfer function of a filter, • Calculating the poles p i of said designed transfer function, • Modifying the values of said poles p i with a predetermined amount a i , so as to produce an asymmetric displacement of the poles along the real axis of the complex plane, the predetermined amount a i being equal to a i = C(1-i)/Q k , with i being the index of a pole p i along the imaginary axis of the complex plane, C being a constant and Q k being a quality factor of couplings between adjacent resonators of the microwave filter, calculated as the ratio between the maximum stored energy at the couplings between resonators of said microwave filter and the energy loss per unit time, • Calculating a modified transfer function from said initial transfer function and said modified poles p i -a i , • Producing a filter having the modified transfer function.
A vehicular circuit body provided in a vehicle , comprising: a plurality of control boxes (CB(N)); a trunk line (BB_LC) that connects the plurality of control boxes (CB(N)) to each other; and a branch line (LS(N)) that directly or indirectly connects the control box (CB(N)) to an accessory (C), wherein the trunk line (BB_LC) and the branch line (LS(N)) each includes a power source line having a predetermined current capacity and a communication line having a predetermined communication capacity; wherein each of the plurality of control boxes (CB(N)) includes a plurality of branch line connection portions (Cnx) to and from which the communication line of the branch line (LS(N)) is attachable and detachable; and wherein each of the plurality of branch line connection portions (Cnx) is provided with a lock function portion (Kc) that is physically or electrically brought into a lock state in a case where the branch line (LS(N)) is not connected thereto. a plurality of control boxes (CB(N)); a trunk line (BB_LC) that connects the plurality of control boxes (CB(N)) to each other; and a branch line (LS(N)) that directly or indirectly connects the control box (CB(N)) to an accessory (C), wherein the trunk line (BB_LC) and the branch line (LS(N)) each includes a power source line having a predetermined current capacity and a communication line having a predetermined communication capacity; wherein each of the plurality of control boxes (CB(N)) includes a plurality of branch line connection portions (Cnx) to and from which the communication line of the branch line (LS(N)) is attachable and detachable; and wherein each of the plurality of branch line connection portions (Cnx) is provided with a lock function portion (Kc) that is physically or electrically brought into a lock state in a case where the branch line (LS(N)) is not connected thereto.
A method comprising: determining from received data whether a mobile device has changed location from a first location within a wireless network to a second location within the wireless network ; and characterized by determining from received data, and based on knowledge of a set of coverage areas of a respective set of access points within the wireless network , whether an association state for the mobile device should have changed while the mobile device moved to the second location, the association state being representative of an association of the mobile device with one or more access points of the set of access points within the wireless network . determining from received data whether a mobile device has changed location from a first location within a wireless network to a second location within the wireless network ; and characterized by determining from received data, and based on knowledge of a set of coverage areas of a respective set of access points within the wireless network , whether an association state for the mobile device should have changed while the mobile device moved to the second location, the association state being representative of an association of the mobile device with one or more access points of the set of access points within the wireless network .