mhurhangee/patent-ind-claim-en huggingface dataset:
A Stream Control Transmission Protocol, SCTP,-based communications method, comprising: receiving (S402), by a network element selector, an SCTP packet, wherein the SCTP packet comprises a plurality of SCTP data chunks of a plurality of user terminals, and each SCTP data chunk carries index information; and selecting (S404), by the network element selector, a service providing device for each user terminal based on the index information carried in each SCTP data chunk. receiving (S402), by a network element selector, an SCTP packet, wherein the SCTP packet comprises a plurality of SCTP data chunks of a plurality of user terminals, and each SCTP data chunk carries index information; and selecting (S404), by the network element selector, a service providing device for each user terminal based on the index information carried in each SCTP data chunk.
Multiple oil-emissions meter for hydrocarbon emissions in an exhaust-gas mixture comprising an exhaust-gas probe with a transfer capillary which is designed for being arranged on an exhaust pipe (92") of an internal combustion engine and comprising a measuring channel with an ion source and a filtering device with a measuring device , the filtering device preferably having a setting device for determining a passband range according to a lubricating oil fraction to be measured, the measuring device being a broadband measuring device, which preferably carries out a global measurement of the concentration of the molecules in one step over the passband range, characterized in that the transfer capillary is provided at its tip , which is designed for being connected to the exhaust pipe , with a droplet-catching device , which has a short throttle segment , which is arranged in the mouth at the front tip , and a transfer segment, which adjoins the throttle segment in the direction of flow and is at least ten times longer, and the measuring device is connected to an analysing device , which comprises a classifier , which is designed for quantifying differentiation between oil constituents in the form of vapours and oil constituents in the form of droplets.
Storage structure of an electrical metal/air energy storage cell , wherein the metal/air energy storage cell has an air electrode as positive electrode, a solidstate electrolyte adjoining the positive electrode, and a negative electrode comprising a storage structure composed of porous material as energy storage medium; wherein the storage structure comprises an active storage material which is a functional oxidizable material, and an inert material which has inert behaviour with respect to a gaseous or liquid reactant which in turn enters into a reaction with the active storage material , and with respect to the active storage material per se; characterized in that the active storage material is based on iron oxide, particles of the inert material have an aspect ratio less than 0.7, where the aspect ratio describes a ratio of an average minimum diameter of a grain distribution to an average maximum diameter of the grain distribution, and in that partial regions of the particles of the inert material are incorporated into a grain volume of grains of the active storage material such that they are partly enclosed by a volume of the grain of the active storage material .
An electric walking assisting vehicle comprising: a vehicle body having a forward-backward direction and a width direction; left and right driving wheels provided spaced apart in the width direction of the vehicle body ; left and right motors connected so as to respectively transmit power to the left and right driving wheels ; a gripping part for detecting that the gripping part so as to be gripped by a user in a standing and walking posture; an electromagnetic brake for locking the left and right driving wheels or the left and right motors ; forcible releasing means for the electromagnetic brake , the forcible releasing means including a user operable release switch; an inclination sensor for detecting an inclination of the vehicle body; and a control unit for controlling the left and right motors, wherein the control unit is configured such that during stopping of the left and right motors , when the inclination being detected by the inclination sensor is less than a predetermined threshold value, the control unit enables the forcible releasing means for the electromagnetic brake and when the inclination is the predetermined threshold value or more, the control unit disables the forcible releasing means. a vehicle body having a forward-backward direction and a width direction; left and right driving wheels provided spaced apart in the width direction of the vehicle body ; left and right motors connected so as to respectively transmit power to the left and right driving wheels ; a gripping part for detecting that the gripping part so as to be gripped by a user in a standing and walking posture; an electromagnetic brake for locking the left and right driving wheels or the left and right motors ; forcible releasing means for the electromagnetic brake , the forcible releasing means including a user operable release switch; an inclination sensor for detecting an inclination of the vehicle body; and a control unit for controlling the left and right motors, wherein the control unit is configured such that during stopping of the left and right motors , when the inclination being detected by the inclination sensor is less than a predetermined threshold value, the control unit enables the forcible releasing means for the electromagnetic brake and when the inclination is the predetermined threshold value or more, the control unit disables the forcible releasing means.
A hinged support and stand apparatus, comprising: a stand ; a holding part configured to removably attach a mobile device thereto; a fixing member configured to have a keyboard fixed thereto; a rotating member attached to the stand, the holding part and the fixing member wherein the rotating member is configured to coaxially rotate the stand relative to the fixing member and to the holding part, the rotating member including a first rotating mechanism configured to rotate the rotating member, a second rotating mechanism configured to rotate the stand relative to the fixing member and characterized in that the apparatus further comprises: a locking mechanism configured to fix a rotational position of the stand member in a locked state within the range of 180 to 185 degrees relative to the fixing member only when the holding part is opened to a first angle equal to or greater than a second angle relative to the fixing member and the stand has been rotated to a position where the stand is configured to brace the attached mobile device; wherein the first angle is in an inclusive range of 90 through 135 degrees with respect to the keyboard. a stand ; a holding part configured to removably attach a mobile device thereto; a fixing member configured to have a keyboard fixed thereto; a rotating member attached to the stand, the holding part and the fixing member wherein the rotating member is configured to coaxially rotate the stand relative to the fixing member and to the holding part, the rotating member including a first rotating mechanism configured to rotate the rotating member, a second rotating mechanism configured to rotate the stand relative to the fixing member and characterized in that the apparatus further comprises: a locking mechanism configured to fix a rotational position of the stand member in a locked state within the range of 180 to 185 degrees relative to the fixing member only when the holding part is opened to a first angle equal to or greater than a second angle relative to the fixing member and the stand has been rotated to a position where the stand is configured to brace the attached mobile device; wherein the first angle is in an inclusive range of 90 through 135 degrees with respect to the keyboard. a locking mechanism configured to fix a rotational position of the stand member in a locked state within the range of 180 to 185 degrees relative to the fixing member only when the holding part is opened to a first angle equal to or greater than a second angle relative to the fixing member and the stand has been rotated to a position where the stand is configured to brace the attached mobile device; wherein the first angle is in an inclusive range of 90 through 135 degrees with respect to the keyboard.
A method for wireless communications at a first network node, comprising: receiving a request to establish a multicast session for a user equipment, UE, via a base station wirelessly communicating with the UE, the request identifying a multicast service session comprising at least one multicast quality of service flow; identifying that the multicast service session lacks a tunnel from a second network node to the base station to transport multicast packets of the multicast service session from a content provider to the UE via the tunnel; and establishing the tunnel between the second network node and the base station in response to the received request from the UE. receiving a request to establish a multicast session for a user equipment, UE, via a base station wirelessly communicating with the UE, the request identifying a multicast service session comprising at least one multicast quality of service flow; identifying that the multicast service session lacks a tunnel from a second network node to the base station to transport multicast packets of the multicast service session from a content provider to the UE via the tunnel; and establishing the tunnel between the second network node and the base station in response to the received request from the UE.
A modified bumper plate which is disk shaped and having a rim , a body , a hub and a collar with an opening in the center, comprising at least two shock absorber regions , wherein a first shock absorber region in the rim comprises at least one circumferential row of spaced holes and at least one elastomeric material between the holes that forms surrounding radial walls ; wherein the at least one elastomeric material having durometer hardness different from the rest of the modified bumper plate ; wherein the opening in the center of the collar is configured to receive a handle for lifting the modified bumper plate ; and wherein the holes and surrounding radial walls in the rim act as shock absorbers when the modified bumper plate is dropped on a ground surface thus reducing noise emitted without unduly increasing bounce, wherein said first shock absorber region is on a periphery of the modified bumper plate making contact with the ground surface when the modified bumper plate is dropped on a ground surface and the second of said at least two shock absorber regions forms part of the body of the modified bumper plate . at least two shock absorber regions , wherein a first shock absorber region in the rim comprises at least one circumferential row of spaced holes and at least one elastomeric material between the holes that forms surrounding radial walls ; wherein the at least one elastomeric material having durometer hardness different from the rest of the modified bumper plate ; wherein the opening in the center of the collar is configured to receive a handle for lifting the modified bumper plate ; and wherein the holes and surrounding radial walls in the rim act as shock absorbers when the modified bumper plate is dropped on a ground surface thus reducing noise emitted without unduly increasing bounce, wherein said first shock absorber region is on a periphery of the modified bumper plate making contact with the ground surface when the modified bumper plate is dropped on a ground surface and the second of said at least two shock absorber regions forms part of the body of the modified bumper plate .
An apparatus for sealing a puncture extending through tissue, comprising: a cartridge comprising a proximal end , a distal end sized for insertion into a puncture through tissue, and a lumen extending between the proximal and distal ends ; a plug disposed within the cartridge lumen , the plug comprising a lumen extending between proximal and distal ends thereof; a pusher member disposed within the cartridge lumen for deploying the plug from the cartridge when the cartridge is retracted relative to the pusher member ; a positioning member comprising an elongate member and an expandable positioning element carried on a distal end of the elongate member, the elongate member receivable through the lumens of the plug and the cartridge such that, in a first configuration, the cartridge , plug , and pusher member are located in a proximal position on the positioning member and the plug and pusher member are disposed within the cartridge , the cartridge , plug , and pusher member advanceable together from the proximal position to a second configuration in a distal position wherein the plug is disposed adjacent the expandable positioning element ; and cooperating elements on the pusher member and the positioning member that limit subsequent movement of the pusher member relative to the positioning member when the pusher member is advanced to the distal position. a cartridge comprising a proximal end , a distal end sized for insertion into a puncture through tissue, and a lumen extending between the proximal and distal ends ; a plug disposed within the cartridge lumen , the plug comprising a lumen extending between proximal and distal ends thereof; a pusher member disposed within the cartridge lumen for deploying the plug from the cartridge when the cartridge is retracted relative to the pusher member ; a positioning member comprising an elongate member and an expandable positioning element carried on a distal end of the elongate member, the elongate member receivable through the lumens of the plug and the cartridge such that, in a first configuration, the cartridge , plug , and pusher member are located in a proximal position on the positioning member and the plug and pusher member are disposed within the cartridge , the cartridge , plug , and pusher member advanceable together from the proximal position to a second configuration in a distal position wherein the plug is disposed adjacent the expandable positioning element ; and cooperating elements on the pusher member and the positioning member that limit subsequent movement of the pusher member relative to the positioning member when the pusher member is advanced to the distal position.
An iron-based alloy composition comprising boron (B): 1.6-2.4 wt.%; carbon (C): 2.2-3.0 wt.%; chromium (Cr): 3.5-5.0 wt.%; manganese (Mn): below 0.8 wt.%; molybdenum (Mo): 16.0-19.5 wt.%; nickel (Ni): 1.0-2.0 wt.%; silicon (Si): 0.2-2.0 wt.%; vanadium (V): 10.8-13.2 wt.%; and balanced with iron (Fe).
Method for producing a covered steering wheel for a vehicle, having the steps of: - providing a steering wheel to be covered and a covering material ; - coating the steering wheel to be covered and/or a non-visible side of the covering material with an adhesive ; - producing an arrangement comprising the steering wheel to be covered, the covering material arranged with its non-visible side on the steering wheel , and a mould sleeve which can be filled with a fluid and which is arranged on a visible side of the covering material ; - inserting the arrangement into a cavity of a negative tool ; - filling the mould sleeve with the fluid, such that the mould sleeve presses against the negative tool and against the steering wheel to be covered which is surrounded by the covering material ; - activating and/or curing the adhesive ; - removing the steering wheel around which the covering material has been adhesively applied from the negative tool and the mould sleeve ; and - finally closing the covering material by connecting longitudinal edges of same to one another. - providing a steering wheel to be covered and a covering material ; - coating the steering wheel to be covered and/or a non-visible side of the covering material with an adhesive ; - producing an arrangement comprising the steering wheel to be covered, the covering material arranged with its non-visible side on the steering wheel , and a mould sleeve which can be filled with a fluid and which is arranged on a visible side of the covering material ; - inserting the arrangement into a cavity of a negative tool ; - filling the mould sleeve with the fluid, such that the mould sleeve presses against the negative tool and against the steering wheel to be covered which is surrounded by the covering material ; - activating and/or curing the adhesive ; - removing the steering wheel around which the covering material has been adhesively applied from the negative tool and the mould sleeve ; and - finally closing the covering material by connecting longitudinal edges of same to one another.
A vehicle step system comprising a footplate with a footplate top side that can be stepped on and a cleaning device for cleaning the footplate top side , wherein the cleaning device has at least one air duct with at least one opening and the air duct can be supplied with compressed air, so that a compressed-air flow can flow from the opening , and wherein the opening is directed in the direction of the footplate top side in such a way that the compressed-airflow hits the footplate top side , characterized in that - the opening can be disposed within the vehicle , and - the opening and the footplate can be moved relative to one another. - the opening can be disposed within the vehicle , and - the opening and the footplate can be moved relative to one another.
A fastener assembly adapted to be coupled to at least one article , the at least one article having a first surface (113-1), the fastener assembly comprising: (a) a plastic fastener , the plastic fastener comprising a first cross-bar (119-1) connected to a transverse filament ; (b) a unitary, solid, anchoring member that is separate from the plastic fastener , the anchoring member being constructed of plastic, and being adapted to be disposed between the first cross-bar (119-1) of the plastic fastener and the first surface (113-1) of the at least one article such that the anchoring member is in the form of a tab that includes a flat top surface (117-1) and a flat bottom surface (117-2), wherein the anchoring member is square, rectangular, or round; (c) a second cross-bar (119-2) extending in spaced apart, parallel relationship relative to the first cross-bar (119-1); and (d) a transverse filament that interconnects the first and second cross-bars (119-2). (a) a plastic fastener , the plastic fastener comprising a first cross-bar (119-1) connected to a transverse filament ; (b) a unitary, solid, anchoring member that is separate from the plastic fastener , the anchoring member being constructed of plastic, and being adapted to be disposed between the first cross-bar (119-1) of the plastic fastener and the first surface (113-1) of the at least one article such that the anchoring member is in the form of a tab that includes a flat top surface (117-1) and a flat bottom surface (117-2), wherein the anchoring member is square, rectangular, or round; (c) a second cross-bar (119-2) extending in spaced apart, parallel relationship relative to the first cross-bar (119-1); and (d) a transverse filament that interconnects the first and second cross-bars (119-2).
Insert-sheet pick-up device for an insert-sheet loading device of a station for receiving copy , the pick-up device including a suction element configured to pick up an insert sheet, wherein the pick-up device includes a pivoting axis and at least one telescopic arm including a proximal arm one end of which is fixed to the pivoting axis and a distal arm , able to move with respect to the proximal arm and one end of which is pivot-articulated to the suction element so as to move the suction element between a raised position and a lowered position according to a vertical movement of the suction element .
A device for transporting light, comprising: at least two light pipes; at least one connection part for holding the at least two light pipes together; the at least two light pipes and the at least one connection part being molded with same material as a single component; characterized in that the at least one connection part forms a bridge extending across the at least two light pipes; wherein the at least one connection part includes a triangular prism having two triangular bases and a connection surface for connecting the at least two light pipes, and two other surfaces having acute angles with the connection surface configured to reflect leaking light back into the light pipe where the leaking light comes from and prevent light leakage between the at least two light pipes. at least two light pipes; at least one connection part for holding the at least two light pipes together; the at least two light pipes and the at least one connection part being molded with same material as a single component; characterized in that the at least one connection part forms a bridge extending across the at least two light pipes; wherein the at least one connection part includes a triangular prism having two triangular bases and a connection surface for connecting the at least two light pipes, and two other surfaces having acute angles with the connection surface configured to reflect leaking light back into the light pipe where the leaking light comes from and prevent light leakage between the at least two light pipes. the at least one connection part forms a bridge extending across the at least two light pipes; wherein the at least one connection part includes a triangular prism having two triangular bases and a connection surface for connecting the at least two light pipes, and two other surfaces having acute angles with the connection surface configured to reflect leaking light back into the light pipe where the leaking light comes from and prevent light leakage between the at least two light pipes.
An in vitro method of delivering a protein to a cell, comprising: (a) contacting the protein with a protein transfection composition to form a mixture, wherein the protein transfection composition consists of a 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) buffer; and (b) contacting the cell with a minimal essential medium; (c) contacting the cells of step (b) with the mixture of step (a). (a) contacting the protein with a protein transfection composition to form a mixture, wherein the protein transfection composition consists of a 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) buffer; and (b) contacting the cell with a minimal essential medium; (c) contacting the cells of step (b) with the mixture of step (a).