mhurhangee/patent-ind-claim-en huggingface dataset:
A process of forming a mat containing a blended fiber filler comprising: providing two or more different types of fiber tow; feeding the two or more fiber types simultaneously to an automated cutting machine to produce chopped fibers that form the blended fiber filler; directing a pressurized gas flow with both rotary and vertical flow components at and into a tube containing the chopped fibers; coating the chopped fibers with a binder and other additives; and moving the coated and treated blended fibers to a treatment chamber where a set of rollers are used to flatten the treated blended fibers on a moving belt to form a blended fiber mat. providing two or more different types of fiber tow; feeding the two or more fiber types simultaneously to an automated cutting machine to produce chopped fibers that form the blended fiber filler; directing a pressurized gas flow with both rotary and vertical flow components at and into a tube containing the chopped fibers; coating the chopped fibers with a binder and other additives; and moving the coated and treated blended fibers to a treatment chamber where a set of rollers are used to flatten the treated blended fibers on a moving belt to form a blended fiber mat.
A designer bone morphogenic protein (BMP) comprising the amino acid sequence of SEQ ID NO: 14.
A method of sending data in a wireless communication network , comprising: sending a resource request from a user equipment (120a - 120d) to a first cell serving the user equipment (120a - 120d); receiving spatial feedback information sent by a second cell to the user equipment (120a - 120d), the user equipment (120a - 120d) not being served by the second cell ; and sending a data transmission from the user equipment (120a - 120d) to the first cell based on the spatial feedback information to reduce interference to the second cell ; further comprising: sending a spatial feedback information request from the user equipment (120a - 120d) to the second cell , and wherein the spatial feedback information is sent by the second cell to the user equipment (120a - 120d) in response to the spatial feedback information request. sending a resource request from a user equipment (120a - 120d) to a first cell serving the user equipment (120a - 120d); receiving spatial feedback information sent by a second cell to the user equipment (120a - 120d), the user equipment (120a - 120d) not being served by the second cell ; and sending a data transmission from the user equipment (120a - 120d) to the first cell based on the spatial feedback information to reduce interference to the second cell ; further comprising: sending a spatial feedback information request from the user equipment (120a - 120d) to the second cell , and wherein the spatial feedback information is sent by the second cell to the user equipment (120a - 120d) in response to the spatial feedback information request.
A flanging system for beading a flange of a component part by flanging it, preferably in order to produce a hemmed connection, the flanging system comprising: (a) a flanging tool comprising a flanging element which can run off on the flange in order to bead the flange along a flanging edge of the component part , and which is preferably a flanging roller which can roll off on the flange ; (b) a flanging unit comprising a guide structure for guiding the flanging tool along the flanging edge ; (c) a flanging drive for driving the flanging tool and/or the flanging element in a flanging direction (X) along the flanging edge ; (d) a media supply for the flanging drive ; and (e) a bearing device for positioning and holding the flanging unit in a particular flanging position relative to the component part ; (f) wherein the flanging tool and the flanging drive are supported within the flanging unit , such that a drive force to be applied for the purpose of driving and a flanging force to be exerted on the flange by the flanging element for the purpose of flanging are absorbed within the flanging unit , (g) and the flanging tool and the flanging drive are integrated components of the flanging unit which can be handled as a unit by the bearing device , characterised in that (h) the flanging unit comprises an abutment area which is formed on the guide structure and which is shaped so as to conform to and can be placed onto a surface of the component part which borders the flanging edge opposite the flange . (a) a flanging tool comprising a flanging element which can run off on the flange in order to bead the flange along a flanging edge of the component part , and which is preferably a flanging roller which can roll off on the flange ; (b) a flanging unit comprising a guide structure for guiding the flanging tool along the flanging edge ; (c) a flanging drive for driving the flanging tool and/or the flanging element in a flanging direction (X) along the flanging edge ; (d) a media supply for the flanging drive ; and (e) a bearing device for positioning and holding the flanging unit in a particular flanging position relative to the component part ; (f) wherein the flanging tool and the flanging drive are supported within the flanging unit , such that a drive force to be applied for the purpose of driving and a flanging force to be exerted on the flange by the flanging element for the purpose of flanging are absorbed within the flanging unit , (g) and the flanging tool and the flanging drive are integrated components of the flanging unit which can be handled as a unit by the bearing device , characterised in that (h) the flanging unit comprises an abutment area which is formed on the guide structure and which is shaped so as to conform to and can be placed onto a surface of the component part which borders the flanging edge opposite the flange .
A cam-type sanitary clamp for releasably coupling two sanitary fittings (104; 106), comprising: an upper clamp ring component having a slotted opening; a lower clamp ring component attached to the upper clamp ring component at a hinged joint and rotatable thereabout such that the upper clamp ring component and lower clamp ring component are configurable to surround flanged ends of a sanitary fitting (104; 106); a shaft component having a distal end pivotally connected to the lower clamp ring component , a mid-section which is receivable into the slotted opening in the upper clamp ring component , and a proximal end extending above the slotted opening when the mid-section is inserted within the slotted opening, wherein the shaft component is a threaded bolt and includes threading substantially along the length of the shaft component ; a pivot component in rotatable connection to the threading on the proximal end of the shaft component , the proximal end of the shaft component extending completely through the pivot component , wherein the pivot component has a threaded cylindrical opening that is threaded onto the shaft component and is adjustable substantially along the length of the shaft component ; and a cam-type lever component pivotally connected to the pivot component and comprising at least one protrusion (302; 602) configured to be compressed against at least one ledge formed by the slotted opening of the upper clamp ring component when the cam-type lever component is manually rotated about the pivot component to a closed position to secure the clamp around a sanitary fitting. an upper clamp ring component having a slotted opening; a lower clamp ring component attached to the upper clamp ring component at a hinged joint and rotatable thereabout such that the upper clamp ring component and lower clamp ring component are configurable to surround flanged ends of a sanitary fitting (104; 106); a shaft component having a distal end pivotally connected to the lower clamp ring component , a mid-section which is receivable into the slotted opening in the upper clamp ring component , and a proximal end extending above the slotted opening when the mid-section is inserted within the slotted opening, wherein the shaft component is a threaded bolt and includes threading substantially along the length of the shaft component ; a pivot component in rotatable connection to the threading on the proximal end of the shaft component , the proximal end of the shaft component extending completely through the pivot component , wherein the pivot component has a threaded cylindrical opening that is threaded onto the shaft component and is adjustable substantially along the length of the shaft component ; and a cam-type lever component pivotally connected to the pivot component and comprising at least one protrusion (302; 602) configured to be compressed against at least one ledge formed by the slotted opening of the upper clamp ring component when the cam-type lever component is manually rotated about the pivot component to a closed position to secure the clamp around a sanitary fitting.
A swallowing medical device configured to execute a medical operation regarding swallowing, the swallowing medical device comprising: an attachment unit configured to be attached to a target portion of a human body for the medical operation; a control unit configured to control the medical operation; and a storage configured to store use information regarding a use state over time of the attachment unit , characterized in that the control unit executes a control for restricting use of the attachment unit on the basis of a fact that the stored use information over time does not satisfy a set condition for ensuring a characteristic of the attachment unit . an attachment unit configured to be attached to a target portion of a human body for the medical operation; a control unit configured to control the medical operation; and a storage configured to store use information regarding a use state over time of the attachment unit , characterized in that the control unit executes a control for restricting use of the attachment unit on the basis of a fact that the stored use information over time does not satisfy a set condition for ensuring a characteristic of the attachment unit .
A method comprising: receiving an access network, AN, request at a first access network , from a wireless terminal at a first, current, location, the AN request requesting network connectivity or channel availability information for connecting the wireless terminal to a second access network reachable by the wireless terminal at a second, future, location different from the first location, wherein the AN request includes an Info ID field that indicates the AN request as a Generic Advertisement Service, GAS, frame and the GAS frame is transmitted when the wireless terminal is in a non-associated or an associated state relative to the first access network , and wherein the AN request indicates the second location; forwarding, by the first access network , the AN request to a database , wherein the database is connected to the first access network , the database comprising the network connectivity or channel availability information for connecting the wireless terminal to the second access network at the second location, wherein the first access network has a first network type different from a second network type of the second access network ; and sending an access network, AN, response from the database to the wireless terminal via the first access network , the AN response including the network connectivity or channel availability information for connecting the wireless terminal to the second access network at the second location. receiving an access network, AN, request at a first access network , from a wireless terminal at a first, current, location, the AN request requesting network connectivity or channel availability information for connecting the wireless terminal to a second access network reachable by the wireless terminal at a second, future, location different from the first location, wherein the AN request includes an Info ID field that indicates the AN request as a Generic Advertisement Service, GAS, frame and the GAS frame is transmitted when the wireless terminal is in a non-associated or an associated state relative to the first access network , and wherein the AN request indicates the second location; forwarding, by the first access network , the AN request to a database , wherein the database is connected to the first access network , the database comprising the network connectivity or channel availability information for connecting the wireless terminal to the second access network at the second location, wherein the first access network has a first network type different from a second network type of the second access network ; and sending an access network, AN, response from the database to the wireless terminal via the first access network , the AN response including the network connectivity or channel availability information for connecting the wireless terminal to the second access network at the second location.
A thermoplastic resin composition comprising: a thermoplastic resin comprising a (meth)acrylic resin and an aromatic vinyl resin; and a siloxane compound represented by Formula 1: wherein R 1 and R 2 are each independently a C 1 to C 5 alkyl group; R 3 and R 4 are each independently a C 2 to C 15 alkylene group; A 1 and A 2 are each independently a glycidoxy group, an epoxy group, or a dialkoxyaryl group; and n ranges from 10 to 80 on average. a thermoplastic resin comprising a (meth)acrylic resin and an aromatic vinyl resin; and a siloxane compound represented by Formula 1:
Respiratory device, comprising artificial respiration means for generating and maintaining an oxygen-containing respiratory gas flow; a respiratory tube in which a respiratory channel extends for the purpose of carrying the respiratory gas flow to an outlet for supply of the respiratory gas flow for the respiratory system of a patient, which respiratory tube is coupled or at least couplable to the respiratory means ; humidification means coupled or at least couplable to the respiratory tube for the purpose of humidifying the respiratory gas flow in the respiratory channel with a humidification fluid; and a humidification fluid source which is coupled or at least couplable via a fluid conduit to the humidification means for the purpose of providing the humidification fluid thereto, the humidification means comprise an atomizer which is able and configured to form a fine mist when the humidification fluid is excited and to deliver the fine mist on an outlet side, the atomizer is in open communication on the outlet side with the respiratory channel in the respiratory tube ; characterised by that heating means are provided which enter into heat-exchanging contact with the respiratory gas flow upstream of the atomizer in order to dissipate heat thereto, and that at least the atomizer and the heating means are controlled by electronic control means configured to mutually adapt a heat dissipation by the heating means in the respiratory gas flow and a downstream delivery of the fine mist by the atomizer such that said heat dissipation suffices to make the mist formed by the atomizer transition substantially wholly, and particularly wholly, into a vapour phase when delivered by the atomizer.
A wellbore isolation plug system comprising: a restriction sleeve member configured to fit within a wellbore casing, wherein the restriction sleeve member is configured to be positioned at a desired wellbore location by a wellbore setting tool , the restriction sleeve member having (i) a swaging member , and (ii) an expanding sleeve configured to be swaged and hooped outward by the swaging member , the expanding sleeve creating a sealing surface against an inner surface of the wellbore casing as an end of the swaging member provides axial force inside a first end of the expanding sleeve , and the wellbore setting tool being configured to push the swaging member into the expanding sleeve to form a seal between the restriction sleeve member and an inner surface of the wellbore casing and to prevent substantial movement of the restriction sleeve member. a restriction sleeve member configured to fit within a wellbore casing, wherein the restriction sleeve member is configured to be positioned at a desired wellbore location by a wellbore setting tool , the restriction sleeve member having (i) a swaging member , and (ii) an expanding sleeve configured to be swaged and hooped outward by the swaging member , the expanding sleeve creating a sealing surface against an inner surface of the wellbore casing as an end of the swaging member provides axial force inside a first end of the expanding sleeve , and the wellbore setting tool being configured to push the swaging member into the expanding sleeve to form a seal between the restriction sleeve member and an inner surface of the wellbore casing and to prevent substantial movement of the restriction sleeve member.
A method of preparing a plurality of coated particles of a size that is between 1 nm and 50 μm, said coated particles having a solid core comprising a biologically active substance, said solid core being enclosed by an inorganic coating; the method comprising applying more than one layers of inorganic material comprising at least one metal or metalloid element to a plurality of said solid cores by an application method selected from atomic layer deposition, chemical vapour deposition or physical vapour deposition, wherein the inorganic material and/or precursors for forming the inorganic material is/are present in gas phase, and submitting said solid cores to intermittent agitation between application of layers of inorganic material. applying more than one layers of inorganic material comprising at least one metal or metalloid element to a plurality of said solid cores by an application method selected from atomic layer deposition, chemical vapour deposition or physical vapour deposition, wherein the inorganic material and/or precursors for forming the inorganic material is/are present in gas phase, and submitting said solid cores to intermittent agitation between application of layers of inorganic material.
A method for positioning a key point, comprising: extracting a first feature map and a second feature map of a to-be-positioned image, the first feature map and the second feature map being different feature maps, and the to-be-positioned image being an image for positioning a key point in the image; determining , based on the first feature map, an initial position of a key point in the to-be-positioned image; determining , based on the second feature map, an offset of the key point; and adding the initial position of the key point with the offset of the key point to obtain a final position of the key point; wherein the extracting the first feature map and the second feature map of the to-be-positioned image comprises: inputting a to-be-positioned feature map into a main network to output an initial feature map of the to-be-positioned image, the main network being a deep neural network, and the main network comprising a number of convolutional layers; and inputting the initial feature map into a first sub-network and a second sub-network respectively to output the first feature map and the second feature map, wherein the first sub-network and the second sub-network are two different branches of the main network. extracting a first feature map and a second feature map of a to-be-positioned image, the first feature map and the second feature map being different feature maps, and the to-be-positioned image being an image for positioning a key point in the image; determining , based on the first feature map, an initial position of a key point in the to-be-positioned image; determining , based on the second feature map, an offset of the key point; and adding the initial position of the key point with the offset of the key point to obtain a final position of the key point; wherein the extracting the first feature map and the second feature map of the to-be-positioned image comprises: inputting a to-be-positioned feature map into a main network to output an initial feature map of the to-be-positioned image, the main network being a deep neural network, and the main network comprising a number of convolutional layers; and inputting the initial feature map into a first sub-network and a second sub-network respectively to output the first feature map and the second feature map, wherein the first sub-network and the second sub-network are two different branches of the main network. inputting a to-be-positioned feature map into a main network to output an initial feature map of the to-be-positioned image, the main network being a deep neural network, and the main network comprising a number of convolutional layers; and inputting the initial feature map into a first sub-network and a second sub-network respectively to output the first feature map and the second feature map, wherein the first sub-network and the second sub-network are two different branches of the main network.
A synchronization method for transmitting a synchronization signal by controlling a transmission direction of a transmitting beam for the synchronization signal by means of beamforming using a plurality of antenna elements provided in a mobile station apparatus (UE), the synchronization method comprising: a connection request step (ST301) of transmitting, from the mobile station apparatus (UE), a connection request signal for requesting a communication apparatus (MeNB) that manages control information, including whether or not there is a base station apparatus (MMeNB) located around the mobile station apparatus (UE), to connect with the base station apparatus (MMeNB); a control information receiving step (ST302) of receiving the control information from the communication apparatus (MeNB) in the mobile station apparatus (UE), wherein, in a synchronization signal processing step, when information to indicate the presence of the base station apparatus (MMeNB) is included in the control information received from the communication apparatus (MeNB), the synchronization signal is generated, and the beamforming weight for the synchronization signal is changed at predetermined time intervals; the synchronization signal processing step (ST303) of generating the synchronization signal including identification information of the mobile station apparatus (UE), and changing a beamforming weight for the synchronization signal at predetermined time intervals; and a transmitting step (ST304) of transmitting the synchronization signals generated in accordance with each beamforming weight on uplink to the base station apparatus (MMeNB). a connection request step (ST301) of transmitting, from the mobile station apparatus (UE), a connection request signal for requesting a communication apparatus (MeNB) that manages control information, including whether or not there is a base station apparatus (MMeNB) located around the mobile station apparatus (UE), to connect with the base station apparatus (MMeNB); a control information receiving step (ST302) of receiving the control information from the communication apparatus (MeNB) in the mobile station apparatus (UE), wherein, in a synchronization signal processing step, when information to indicate the presence of the base station apparatus (MMeNB) is included in the control information received from the communication apparatus (MeNB), the synchronization signal is generated, and the beamforming weight for the synchronization signal is changed at predetermined time intervals; the synchronization signal processing step (ST303) of generating the synchronization signal including identification information of the mobile station apparatus (UE), and changing a beamforming weight for the synchronization signal at predetermined time intervals; and a transmitting step (ST304) of transmitting the synchronization signals generated in accordance with each beamforming weight on uplink to the base station apparatus (MMeNB).