mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a display apparatus , the method comprising: displaying a plurality of contents, received through a plurality of input sources, in a plurality of content areas respectively; characterized in that in response to a control signal being received, determining at least one content area to which the control signal could be applied, based on a type of an operation to be controlled according to the control signal; when it is determined that the control signal could be applied to two or more content areas, displaying a user interface (Ul) screen for selecting a content area to be controlled among said two or more content areas; and a content area being selected from the UI screen , controlling an input source corresponding to the selected content area to perform an operation according to the control signal. displaying a plurality of contents, received through a plurality of input sources, in a plurality of content areas respectively; characterized in that in response to a control signal being received, determining at least one content area to which the control signal could be applied, based on a type of an operation to be controlled according to the control signal; when it is determined that the control signal could be applied to two or more content areas, displaying a user interface (Ul) screen for selecting a content area to be controlled among said two or more content areas; and a content area being selected from the UI screen , controlling an input source corresponding to the selected content area to perform an operation according to the control signal.
Weft feeder device comprising a winding drum with an adjustable winding circumference and a wireless power transmission system , the wireless power transmission system comprises a primary side system comprising a signal generator and a secondary side system comprising an actuator driver for driving an actuator , wherein the secondary side system is arranged for an inductive coupling across an air gap with the primary side system , characterized in that the secondary side system further comprises a secondary control unit , and in that the primary side system is adapted for selectively transmitting across the air gap a first power used for powering the actuator driver for driving the actuator or a second power used for powering the secondary control unit , wherein the power transmission system is arranged for generating by means of the signal generator , at least during an operation time of the actuator , a signal with a first frequency matched to the resonant frequency of the secondary side system , and wherein the power transmission system is arranged for transmitting the first power across the air gap from the primary side system to the actuator driver for driving the actuator of the secondary side system .
A method for selectively capturing one or more portions of a patient's breath, comprising the steps of: positioning on the patient's face a mask component of a breath sampling device ; detecting one or more parameters regarding the patient's breath during a breathing routine; determining one or more data points from the detected one or more parameters wherein the one or more data points identifies one or more portions of the patient's breath to capture; and capturing one or more portions of the patient's breath during the breathing routine; characterised in that the method further comprises: inputting, into a digital electronic memory and/or digital electronic control device , data relating to the weight of the patient and, optionally, one or more of: the age of the patient, the medical history of the patient, the smoking history of the patient, and any current known or suspected medical conditions of the patient; and wherein the pressure inside the mask is monitored and deviation from the expected pressure, based on the input data of the patient's weight, is used to detect a poorly-fitting mask. positioning on the patient's face a mask component of a breath sampling device ; detecting one or more parameters regarding the patient's breath during a breathing routine; determining one or more data points from the detected one or more parameters wherein the one or more data points identifies one or more portions of the patient's breath to capture; and capturing one or more portions of the patient's breath during the breathing routine; characterised in that the method further comprises: inputting, into a digital electronic memory and/or digital electronic control device , data relating to the weight of the patient and, optionally, one or more of: the age of the patient, the medical history of the patient, the smoking history of the patient, and any current known or suspected medical conditions of the patient; and wherein the pressure inside the mask is monitored and deviation from the expected pressure, based on the input data of the patient's weight, is used to detect a poorly-fitting mask. inputting, into a digital electronic memory and/or digital electronic control device , data relating to the weight of the patient and, optionally, one or more of: the age of the patient, the medical history of the patient, the smoking history of the patient, and any current known or suspected medical conditions of the patient; and wherein the pressure inside the mask is monitored and deviation from the expected pressure, based on the input data of the patient's weight, is used to detect a poorly-fitting mask.
A computer implemented method for providing access to a cryptographic key for a key requester, the key being associated with an owning secure computing component by a digitally signed record in a blockchain wherein the blockchain is accessible via a network and includes a plurality of records validated by miner computing components, the method comprising: the key requester requesting access to the key from the receiving secure computing component; receiving by the owning secure computing component a request from the receiving secure computing component to associate the key with the receiving secure computing component, the request having associated identification information for the key requester; responsive to a verification of an entitlement of the requester by the owning secure computing component, generating by the owning secure computing component a new record for storage in the blockchain, the new record associating the key with the receiving secure computing component and being validated by the miner components; and further responsive to the verification, securely transferring the key to the receiving secure computing component so as to provide access to the key to the key requester via the receiving secure computing component. the key requester requesting access to the key from the receiving secure computing component; receiving by the owning secure computing component a request from the receiving secure computing component to associate the key with the receiving secure computing component, the request having associated identification information for the key requester; responsive to a verification of an entitlement of the requester by the owning secure computing component, generating by the owning secure computing component a new record for storage in the blockchain, the new record associating the key with the receiving secure computing component and being validated by the miner components; and further responsive to the verification, securely transferring the key to the receiving secure computing component so as to provide access to the key to the key requester via the receiving secure computing component.
An oil-based inkjet ink comprising a pigment, a pigment dispersant and a non-aqueous solvent, wherein the non-aqueous solvent contains a silicone oil having a surface tension of at least 19.0 mN/m but less than 24.0 mN/m and a polar solvent having a surface tension of at least 27.0 mN/m, wherein said polar solvent comprises at least one solvent selected from the group consisting of ester-based solvents, higher alcohol-based solvents having at least 6 carbon atoms, higher fatty acid-based solvents having at least 12 carbon atoms, and glycol ether-based solvents, and a surface tension of the ink is at least 23.0 mN/m but less than 27.0 mN/m, and wherein the amount of the silicone oil having a surface tension of at least 19.0 mN/m but less than 24.0 mN/m is at least 15% by mass relative to the total mass of the non-aqueous solvent and, wherein the surface tension of the silicone oil, polar solvent and ink is determined by a maximum bubble pressure method under measurement conditions of 23°C and 0.05Hz.
A method of reducing sound leakage, the method comprising: providing a bone conduction speaker including: a vibration board ; a transducer configured to cause the vibration board to vibrate; a housing , the vibration board touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and at least one sound guiding hole located on the housing and configured to guide a sound wave inside the housing through the at least one sound guiding hole to an outside of the housing , wherein the guided sound wave interferes with the leaked sound wave, the interference reducing an amplitude of at least a portion of the leaked sound wave, a frequency of the at least a portion of the leaked sound wave being lower than 4000 Hz, wherein the housing includes a sidewall and a bottom that are not in contact with human skin; and the at least one sound guiding hole is located on the sidewall or the bottom . a vibration board ; a transducer configured to cause the vibration board to vibrate; a housing , the vibration board touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and the vibration board touching human skin, and passing vibration to auditory nerves through human tissues and bones, and the transducer causing the housing to vibrate, the vibration of the housing producing a leaked sound wave; and at least one sound guiding hole located on the housing and configured to guide a sound wave inside the housing through the at least one sound guiding hole to an outside of the housing , wherein the guided sound wave interferes with the leaked sound wave, the interference reducing an amplitude of at least a portion of the leaked sound wave, a frequency of the at least a portion of the leaked sound wave being lower than 4000 Hz, wherein the housing includes a sidewall and a bottom that are not in contact with human skin; and the at least one sound guiding hole is located on the sidewall or the bottom .
A variable power divider comprising: a latching ferrite circulator including an input port , a first output port , a second output port , and at least one magnetizing winding , wherein the input port , first output port , and the second output port meet in a common junction; characterised in that it further comprises a controller interface having an input that receives a command signal indicating a desired power division ratio for dividing power received at the input port between the first output port and the second output port ; and a driver circuit configured to receive a control signal from the controller interface ; wherein the driver circuit generates a first current pulse in a first direction through the at least one magnetizing winding , the first current pulse having a duration and amplitude corresponding to a first saturation state of the latching ferrite circulator ; wherein after the first current pulse, the driver circuit generates a second current pulse in a second direction through the at least one magnetizing winding opposite to the first direction, the second current pulse having a duration and amplitude determined from the desired power division ratio indicated by the command signal and corresponding to a non-saturation state of the latching ferrite circulator . a latching ferrite circulator including an input port , a first output port , a second output port , and at least one magnetizing winding , wherein the input port , first output port , and the second output port meet in a common junction; characterised in that it further comprises a controller interface having an input that receives a command signal indicating a desired power division ratio for dividing power received at the input port between the first output port and the second output port ; and a driver circuit configured to receive a control signal from the controller interface ; wherein the driver circuit generates a first current pulse in a first direction through the at least one magnetizing winding , the first current pulse having a duration and amplitude corresponding to a first saturation state of the latching ferrite circulator ; wherein after the first current pulse, the driver circuit generates a second current pulse in a second direction through the at least one magnetizing winding opposite to the first direction, the second current pulse having a duration and amplitude determined from the desired power division ratio indicated by the command signal and corresponding to a non-saturation state of the latching ferrite circulator .
An anti-theft fastening device for securing a wheel to the hub of a motor vehicle, of a type comprising a threaded or tapped distal part , and a proximal drive part, allowing the transmission to said threaded or tapped part of a tightening or loosening torque through a wrench or the like , and where the coupling of the wrench or the like with said drive part is made through matching recesses comprising on the one hand said drive part and on the other hand said wrench or the like, the features of shape, dimensions and positioning of said recesses constituting a code, the proximal part comprising on the one hand an annular element arranged on the periphery, mounted freely rotatable axially on a body of said proximal part , on the other hand, internally to said annular element , the drive recess , matching that of said wrench , while said recess is in the form of at least one raised element protruding from a front face over a height less than or equal to that of said annular element , and whose peripheral contour has radial extensions of any shape, characterized in that said proximal part comprises a centering pin , protruding axially from said front face , and delimiting an annular recess, said centering pin being greater in height than that of the annular element , and being provided with a freely rotatable sleeve .
A synthetic process comprising: (a) contacting R 1 MgX or R 1 Li with a compound of Formula (I): to form a compound of Formula (II): (II), in which R 1 is isopropyl or isopropenyl, X is halo and R 2 is H or an amine protecting group; and (b) converting the compound of Formula (II) to a compound of Formula (III): in the presence of a base when R 1 is isopropenyl or in the presence of an oxidizing agent when R 1 is isopropyl. (a) contacting R 1 MgX or R 1 Li with a compound of Formula (I): to form a compound of Formula (II): (II), in which R 1 is isopropyl or isopropenyl, X is halo and R 2 is H or an amine protecting group; and (II), in which R 1 is isopropyl or isopropenyl, X is halo and R 2 is H or an amine protecting group; and (b) converting the compound of Formula (II) to a compound of Formula (III): in the presence of a base when R 1 is isopropenyl or in the presence of an oxidizing agent when R 1 is isopropyl.
Carrier frame for a rucksack, comprising: a hip frame which is more rigid in a vertical direction than in a horizontal direction, designed to be applied around the user's hips in order to transfer loads to the carrier's hip region, a pair of chest frames , wherein the chest frames extend from the hip frame upwards in front of the user's body and are fully or partially in contact with the user's chest area, below the user's collar bone but above the user's waist, wherein the chest frames further extend above the user's shoulders essentially without being in contact with them, and wherein the chest frames further extend behind the user's head and are flexibly connected to each other in relation to a load or load-suspension device at a position behind and/or above the nape of the user's neck, wherein the chest frames are connected to the hip frame at respective side parts of the hip frame, essentially right outside the user's iliac crests. a hip frame which is more rigid in a vertical direction than in a horizontal direction, designed to be applied around the user's hips in order to transfer loads to the carrier's hip region, a pair of chest frames , wherein the chest frames extend from the hip frame upwards in front of the user's body and are fully or partially in contact with the user's chest area, below the user's collar bone but above the user's waist, wherein the chest frames further extend above the user's shoulders essentially without being in contact with them, and wherein the chest frames further extend behind the user's head and are flexibly connected to each other in relation to a load or load-suspension device at a position behind and/or above the nape of the user's neck, wherein the chest frames are connected to the hip frame at respective side parts of the hip frame, essentially right outside the user's iliac crests.
A method for obtaining a biopolymer characterized in that it comprises: (a) subjecting an aqueous suspension of lignocellulosic biomass to hydrothermal carbonization at a temperature comprised between 180°C and 235°C, in which the quantity of water present in said mixture is comprised between 50% and 90% by weight with respect to the total weight of the mixture, followed by a filtration process of the solid obtained, to provide a solid product wherein the moisture content is eliminated up to 50%; and optionally, wherein said solid product is subjected to a drying process, wherein the moisture content is reduced up to 95%; (b) adding a total quantity of one or more phenolic compounds comprised between 1% and 40% by weight with respect to thetotal weight of the solid obtained in step (a), on a dry basis, and at total quantity of aldehyde corresponding to a molar ratio between the total quantity of one or more phenolic compounds and the total quantity of aldehyde comprised between 0.5:1.0 and 10.0:1.0, respectively, at a temperature comprised between 50°C and 120°C; (c) subjecting the mixture resulting from step (b) to a temperature comprised between 100 and 250 °C. (a) subjecting an aqueous suspension of lignocellulosic biomass to hydrothermal carbonization at a temperature comprised between 180°C and 235°C, in which the quantity of water present in said mixture is comprised between 50% and 90% by weight with respect to the total weight of the mixture, followed by a filtration process of the solid obtained, to provide a solid product wherein the moisture content is eliminated up to 50%; and optionally, wherein said solid product is subjected to a drying process, wherein the moisture content is reduced up to 95%; (b) adding a total quantity of one or more phenolic compounds comprised between 1% and 40% by weight with respect to thetotal weight of the solid obtained in step (a), on a dry basis, and at total quantity of aldehyde corresponding to a molar ratio between the total quantity of one or more phenolic compounds and the total quantity of aldehyde comprised between 0.5:1.0 and 10.0:1.0, respectively, at a temperature comprised between 50°C and 120°C; (c) subjecting the mixture resulting from step (b) to a temperature comprised between 100 and 250 °C.
A Digital Addressable Lighting Interface, DALI, enabled communication device for transmitting messages over a communication bus having two communication lines, said device comprising: - a switch connected between said two communication lines; - a controller arranged for controlling said switch; - an energy storage device, connected in series with said switch, and arranged for storing electrical energy flowing from said bus through said switch; - a bypass circuit arranged for bypassing said energy storage device when a voltage over said energy storage device is above a predetermined voltage threshold; and characterised in that the controller is arranged for controlling said switch for imposing logical communication levels on said communication bus - a switch connected between said two communication lines; - a controller arranged for controlling said switch; - an energy storage device, connected in series with said switch, and arranged for storing electrical energy flowing from said bus through said switch; - a bypass circuit arranged for bypassing said energy storage device when a voltage over said energy storage device is above a predetermined voltage threshold; and characterised in that
A modular application device for flat items, wherein a pressure element counteracts the weight loss of a stack of flat items, which is caused by the removal of flat items for decollating the stack, by increasing the pressing force, characterized in that the modular application device is equipped with a separate housing and positioned upstream of a feed station with respect to the mail flow, wherein the separate housing has an upper housing shell and a lower housing shell, wherein the upper housing shell includes a shaft-shaped cavity near the rear wall of the housing of the modular application device and the pivotably mounted pressure element , which can be inserted into the cavity and exerts a pressing force upon the stack of flat items to be decollated at the transition to the ejecting region, and wherein the flat item lying on the bottom is pressed against the at least one driven roller of the feed station with such a force that an advance of the flat item is achieved.
Arrangement comprising an expansible substrate and a strain sensor applied onto a surface of the substrate, characterized in that the strain sensor is made from an ink composition, wherein the ink composition comprises a mixture of a conductive silver ink and a conductive carbon ink, wherein a ratio between the conductive silver ink and the conductive carbon ink lies in a range between 30:70 and 70:30.
An adhesive gap sealing insulation tape for sealing the gaps between the edges of adjacent panels or structural elements, the tape comprising a backing having an adhesive layer on one surface and an elongate strip of foam material extending lengthwise along the adhesive layer, wherein the elongate strip of foam material extending lengthwise along the adhesive layer is provided along a central portion of said adhesive layer such that the portions of backing which extend widthwise beyond the edges of the elongate strip of foam material are foldable to provide foldable flaps which extend beyond a depth of the strip of foam material, and which are adapted to overlap and adhere to the respective sides of the same panel or structural element in use, and to protect the foam material from shear forces during installation; and wherein the elongate strip of foam material comprises a compressible and an expansible foam material able to expand a predetermined amount to provide a substantially airtight fit and an interference fit between the edges of said panels or structural elements when in juxtaposition. wherein the elongate strip of foam material extending lengthwise along the adhesive layer is provided along a central portion of said adhesive layer such that the portions of backing which extend widthwise beyond the edges of the elongate strip of foam material are foldable to provide foldable flaps which extend beyond a depth of the strip of foam material, and which are adapted to overlap and adhere to the respective sides of the same panel or structural element in use, and to protect the foam material from shear forces during installation; and wherein the elongate strip of foam material comprises a compressible and an expansible foam material able to expand a predetermined amount to provide a substantially airtight fit and an interference fit between the edges of said panels or structural elements when in juxtaposition.