mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile device , in particular a vehicle , in a radio communication network where local end-to-end data paths are established with another mobile device by and via base stations without participation of nodes of the core network; the mobile device comprising a processor configured to provide a report to a network device so that it obtains all necessary information for improving or optimizing the network conditions, the report comprising at least one of the following information: location information, application layer information, mobile device status information, experienced QoS at the mobile device side, and radio channel conditions; a transceiver , configured to receive from the network device , a notification (1303, 131, 141; 804, 805; 1102, 1103) of predicted change of a Quality-of-Service, QoS, related to a local end-to-end data communication path , predicted based on the reported information; and wherein the processor is configured to provide a response to the notification (1303, 131, 141; 804, 805, 1102, 1103) from the network device about the predicted change of the QoS related to the local end-to-end data communication path indicating whether the mobile device accepts or declines the change. in a radio communication network where local end-to-end data paths are established with another mobile device by and via base stations without participation of nodes of the core network; the mobile device comprising a processor configured to provide a report to a network device so that it obtains all necessary information for improving or optimizing the network conditions, the report comprising at least one of the following information: location information, application layer information, mobile device status information, experienced QoS at the mobile device side, and radio channel conditions; a transceiver , configured to receive from the network device , a notification (1303, 131, 141; 804, 805; 1102, 1103) of predicted change of a Quality-of-Service, QoS, related to a local end-to-end data communication path , predicted based on the reported information; and wherein the processor is configured to provide a response to the notification (1303, 131, 141; 804, 805, 1102, 1103) from the network device about the predicted change of the QoS related to the local end-to-end data communication path indicating whether the mobile device accepts or declines the change.
A system for providing messages via websocket connections, comprising: a messaging system including a plurality of messaging system instances (225a-225n), the messaging system configured to maintain, on a first network, via each messaging system instance of the plurality of messaging system instances (225a-225n) of the messaging system, a persistent websocket connection with at least one of a plurality of on-premise connectors (220a-220n); receive a message to be sent to an endpoint on a second network of an on-premise connector of the plurality of on-premise connectors (220a-220n); and identify, via a registry associating the plurality of on-premise connectors (220a-220n) with the plurality of messaging system instances (225a-225n), a messaging system instance of the plurality of messaging system instances (225a-225n) via which to send the message to the endpoint, the messaging system instance maintaining the websocket connection to the on-premise connector in communication with the endpoint, wherein the messaging system instance is configured to transmit the message to the endpoint via the websocket connection to the on-premise connector. maintain, on a first network, via each messaging system instance of the plurality of messaging system instances (225a-225n) of the messaging system, a persistent websocket connection with at least one of a plurality of on-premise connectors (220a-220n); receive a message to be sent to an endpoint on a second network of an on-premise connector of the plurality of on-premise connectors (220a-220n); and identify, via a registry associating the plurality of on-premise connectors (220a-220n) with the plurality of messaging system instances (225a-225n), a messaging system instance of the plurality of messaging system instances (225a-225n) via which to send the message to the endpoint, the messaging system instance maintaining the websocket connection to the on-premise connector in communication with the endpoint, wherein the messaging system instance is configured to transmit the message to the endpoint via the websocket connection to the on-premise connector.
An ice scraper for removing ice from a surface, said ice scraper comprising a longitudinal handle comprising a longitudinal axis (x); a blade comprising a first scraping edge extending transversely relative to the handle , a blade holder extending between the handle and the blade , said blade holder extending in an angle (α) relative to the longitudinal axis (x) of the handle , said blade is connected to the blade holder with a joint coupling for allowing movement of the blade relative to the blade holder , wherein the blade comprises a second scraping edge extending parallel to and at a distance from the first scraping edge ; the joint coupling between the blade holder and the blade is a hinge joint for turning the blade relative to the blade holder characterized in that the joint coupling allows the midpoint of the blade to bend inwards toward the blade holder when scraping curved surfaces, wherein the blade holder comprises means for connecting the blade holder to the blade, the means for connecting extending partly along the distal edge of the blade holder on both ends of the distal edge at a distance from each other.
A building block comprising: (a) a body having opposite first and second sides , opposite first and second end faces extending between the first and second sides , and opposite upper and lower faces extending between the first and second sides and the first and second end faces ; (i) the upper and lower faces being planar and parallel to each other; (b) a leg extending from the first side of the body ; (i) the leg having opposite leg sides and a leg end face ; (ii) the leg sides extending between the first side of the body and the leg end face ; (iii) the first side of the body having a first portion extending between the first end face and one of the leg sides ; (iv) the first side of the body having a second portion extending between the second end face and the other of the leg sides ; (v) a widest portion of the leg being at the leg end face ; characterized in that (vi) the leg end face has a first section recessed inwardly from one of the leg sides at an angle and a second section recessed inwardly from the other of the leg sides at an angle which is the same as the angle of the first section. (a) a body having opposite first and second sides , opposite first and second end faces extending between the first and second sides , and opposite upper and lower faces extending between the first and second sides and the first and second end faces ; (i) the upper and lower faces being planar and parallel to each other; (i) the upper and lower faces being planar and parallel to each other; (b) a leg extending from the first side of the body ; (i) the leg having opposite leg sides and a leg end face ; (ii) the leg sides extending between the first side of the body and the leg end face ; (iii) the first side of the body having a first portion extending between the first end face and one of the leg sides ; (iv) the first side of the body having a second portion extending between the second end face and the other of the leg sides ; (v) a widest portion of the leg being at the leg end face ; characterized in that (vi) the leg end face has a first section recessed inwardly from one of the leg sides at an angle and a second section recessed inwardly from the other of the leg sides at an angle which is the same as the angle of the first section. (i) the leg having opposite leg sides and a leg end face ; (ii) the leg sides extending between the first side of the body and the leg end face ; (iii) the first side of the body having a first portion extending between the first end face and one of the leg sides ; (iv) the first side of the body having a second portion extending between the second end face and the other of the leg sides ; (v) a widest portion of the leg being at the leg end face ; characterized in that (vi) the leg end face has a first section recessed inwardly from one of the leg sides at an angle and a second section recessed inwardly from the other of the leg sides at an angle which is the same as the angle of the first section.
A sequential combustor arrangement comprising a first burner , a first combustion chamber , a dilution burner for admixing a dilution gas and a second fuel via a dilution-gas-fuel-admixer to the first combustor combustion products leaving the first combustion chamber during operation, and a second combustion chamber arranged sequentially in a fluid flow connection, wherein dilution-gas-fuel-admixer has at least one streamlined body which is arranged in the dilution burner for introducing the at least one second fuel into the dilution burner through at least one fuel nozzle , and which has a streamlined cross-sectional profile and which extends with a longitudinal direction perpendicularly or at an inclination to a main flow direction prevailing in the dilution burner , characterized in that the streamlined body comprises a dilution gas opening for admixing dilution gas into the first combustor combustion products upstream of the at least one fuel nozzle , and in that the dilution gas opening is dimensioned such that during operation the ratio of the mass flow of first combustor combustion products to the mass flow of dilution gas admixed through the dilution gas opening is in a range of 0.5 to 2, preferably in a range of 0.7 to 1.5, and most preferably in the range of 0.9 to 1.1.
An interactive display device , comprising: a body having a microprocessor therein; an optical project unit provided on the body and controlled by the microprocessor for projecting a pattern to a scene ; an image capture unit provided on the body and controlled by the microprocessor for capturing an image containing the pattern in the scene ; a display unit provided on the body configured for displaying the image; characterized in that the interactive display device further comprises: a reflecting unit provided on the body and located in a pattern projection direction of the optical project unit and an image capture direction of the image capture unit configured for changing the pattern projection direction and the image capture direction . a body having a microprocessor therein; an optical project unit provided on the body and controlled by the microprocessor for projecting a pattern to a scene ; an image capture unit provided on the body and controlled by the microprocessor for capturing an image containing the pattern in the scene ; a display unit provided on the body configured for displaying the image;
A polymer, which has a repeating unit having a structure represented by Formula (I) wherein Ar 1 and Ar 2 are independently x is 0, 1, or 2; R 3 is hydrogen, Y - is R 2 SO 3 - or ClO 4 - ; R 1 is C 1-6 alkyl group; Ar 1 and Ar 2 are different; and, R 2 is C 1-6 alkyl group, substituted or unsubstituted aromatic ring, or C 1-6 haloalkyl.
An aircraft landing gear bay door comprising: i) an attachment mechanism suitable for pivotally mounting the door to an aircraft such that the door can move between a closed position, in which the door at least partially closes an aircraft landing gear bay to stow a landing gear therein, and an open position, in which the door at least partially opens the landing gear bay to allow the landing gear to deploy, ii) a first side arranged to face inwardly in relation to the aircraft landing gear bay when the door is closed and face towards one side of a main leg of the landing gear when the door is open and the landing gear is deployed, and iii) a second opposite side arrange to face outwardly in relation to the landing gear bay when the door is closed and thus provide an aerodynamic outer surface of the aircraft, and face away from the main leg of the landing gear when the door is open and the landing gear is deployed, wherein the shape formed from the first and second sides provides an aerofoil profile of the door , characterized in that the shape of the door is such that along a longitudinal section of the door when open, the thickness of the door is greater than a first thickness for at least a fifth of its length in the longitudinal direction and is less than a second thickness for at least a fifth of its length in the longitudinal direction, the first thickness being at least twice as great as the second thickness. i) an attachment mechanism suitable for pivotally mounting the door to an aircraft such that the door can move between a closed position, in which the door at least partially closes an aircraft landing gear bay to stow a landing gear therein, and an open position, in which the door at least partially opens the landing gear bay to allow the landing gear to deploy, ii) a first side arranged to face inwardly in relation to the aircraft landing gear bay when the door is closed and face towards one side of a main leg of the landing gear when the door is open and the landing gear is deployed, and iii) a second opposite side arrange to face outwardly in relation to the landing gear bay when the door is closed and thus provide an aerodynamic outer surface of the aircraft, and face away from the main leg of the landing gear when the door is open and the landing gear is deployed, wherein the shape formed from the first and second sides provides an aerofoil profile of the door , characterized in that the shape of the door is such that along a longitudinal section of the door when open, the thickness of the door is greater than a first thickness for at least a fifth of its length in the longitudinal direction and is less than a second thickness for at least a fifth of its length in the longitudinal direction, the first thickness being at least twice as great as the second thickness.
A rocker shoe construction kit , comprising a rocker piece of rigid or semi-rigid material having an upper surface configured for securing over a major portion of a lower plantar surface of the sole of a shoe extending from the heel towards the toe of the shoe , and a lower surface of predetermined rocker shape; an intermediate layer for securing over the lower surface of the rocker piece ; and a layer of tread material configured for securing over the lower surface of the intermediate layer and any exposed portion of the plantar surface of a shoe to which the kit is secured; characterized in that , the intermediate layer comprises one or more enclosures containing a shear thinning fluid.
An apparatus , comprising: a first mounting surface for mounting an array of light emitting diodes , the array of light emitting diodes comprising a first set of light emitting diodes emitting a first color and a second set of light emitting diodes emitting a second color; a second mounting surface having a pair of apertures optically coupled with the array of light emitting diodes, the pair of apertures are separated by a precision ground blade , wherein the precision ground blade has a first edge and a second edge , the first edge is closest to the array of light emitting diodes and the second edge is opposite the first edge, the first and second edges having different thicknesses; a third mounting surface having a first lens mounted thereon, the first lens optically coupled with the array of light emitting diodes and receiving light from the array of light emitting diodes; and a front surface having a second lens mounted thereon, the second lens optically coupled with the first lens and receiving light from the first lens. a first mounting surface for mounting an array of light emitting diodes , the array of light emitting diodes comprising a first set of light emitting diodes emitting a first color and a second set of light emitting diodes emitting a second color; a second mounting surface having a pair of apertures optically coupled with the array of light emitting diodes, the pair of apertures are separated by a precision ground blade , wherein the precision ground blade has a first edge and a second edge , the first edge is closest to the array of light emitting diodes and the second edge is opposite the first edge, the first and second edges having different thicknesses; a third mounting surface having a first lens mounted thereon, the first lens optically coupled with the array of light emitting diodes and receiving light from the array of light emitting diodes; and a front surface having a second lens mounted thereon, the second lens optically coupled with the first lens and receiving light from the first lens.
A recoat assembly for an additive manufacturing system , comprising: a first encasement portion comprising a roller to contact, move, spread, and/or smooth a build material ; and a second encasement portion pivotally coupled to the first encasement portion and pivotable with respect to the first encasement portion from a first position to a second position, an internal cavity of the second encasement portion defined in part by a base frame of the first encasement portion when the second encasement portion is in the first position, wherein: the roller is enclosed in a powder containment section of the recoat assembly when the second encasement portion is in the first position; and a rotating surface of the roller is exposed when the second encasement portion pivots away from the base frame of the first encasement portion to the second position. a first encasement portion comprising a roller to contact, move, spread, and/or smooth a build material ; and a second encasement portion pivotally coupled to the first encasement portion and pivotable with respect to the first encasement portion from a first position to a second position, an internal cavity of the second encasement portion defined in part by a base frame of the first encasement portion when the second encasement portion is in the first position, wherein: the roller is enclosed in a powder containment section of the recoat assembly when the second encasement portion is in the first position; and a rotating surface of the roller is exposed when the second encasement portion pivots away from the base frame of the first encasement portion to the second position. the roller is enclosed in a powder containment section of the recoat assembly when the second encasement portion is in the first position; and a rotating surface of the roller is exposed when the second encasement portion pivots away from the base frame of the first encasement portion to the second position.
Cover device for an electronics housing of an electric motor with at least one base segment and several ribs formed on the base segment , wherein said base segment is geometrically configured so as to cover at least part of an electronics housing opening for drawing in a cooling air volume flow in order to close the electronics housing opening at least for a portion against the intrusion of solids, and said ribs are formed as axial ribs and respectively form a flow duct with a surface said base segment , said flow duct can be fluidically connected to said electronics housing opening, characterized in that said cover device is formed annular or partially annular and said several ribs run at a slant radially inward, so that the flow ducts between the ribs taper in the radially inward direction and wherein said cover device is designed as a modular insert for the electronics housing .
Assembly with a door leaf made of glass and an automatic door seal , wherein the door seal comprises a housing , which has a first leg, a second leg and a web connecting the two legs, wherein an outer side of the web abuts against the lower side of the door leaf at a butt joint and is adhered there to the lower side of the door leaf , wherein the housing has a substantially U-shapedcross-sectional profile, characterized in that neither the first leg nor the second leg of the housing extends beyond the butt joint between the door leaf and housing , the assembly comprises a first cover , which is adhered to an outer side of the first leg of the housing and which extends from a free end of the first leg in the direction of an upper end of the door leaf at least beyond the butt joint between the housing of the seal and the door leaf , and in that the assembly has a second cover which is adhered to an outer side of the second leg of the housing and which extends from a free end of the first leg in the direction of an upper end of the door leaf at least over the butt joint between the housing of the seal and the door leaf . wherein the housing has a substantially U-shapedcross-sectional profile, characterized in that neither the first leg nor the second leg of the housing extends beyond the butt joint between the door leaf and housing , the assembly comprises a first cover , which is adhered to an outer side of the first leg of the housing and which extends from a free end of the first leg in the direction of an upper end of the door leaf at least beyond the butt joint between the housing of the seal and the door leaf , and in that the assembly has a second cover which is adhered to an outer side of the second leg of the housing and which extends from a free end of the first leg in the direction of an upper end of the door leaf at least over the butt joint between the housing of the seal and the door leaf .
A mast segment for an extendable mast of a lift-truck , said mast segment comprising: - a first vertical beam having an upper end and a lower end and a second vertical beam having an upper end and a lower end ; - a first lifting chain attachment and a second lifting chain attachment for holding a respective end of a first and second lifting chain (50, 52 for raising or lowering the mast segment ; - a bottom beam interconnecting the lower end of the first vertical beam and the lower end of the second vertical beam ; wherein the first lifting chain attachment and the second lifting chain attachment are integral with the bottom beam , characterized in that the first lifting chain attachment extends over the first vertical beam and the second lifting chain attachment extends over the second vertical beam . - a first vertical beam having an upper end and a lower end and a second vertical beam having an upper end and a lower end ; - a first lifting chain attachment and a second lifting chain attachment for holding a respective end of a first and second lifting chain (50, 52 for raising or lowering the mast segment ; - a bottom beam interconnecting the lower end of the first vertical beam and the lower end of the second vertical beam ;
Method for cooling a metallic material by application of a cooling medium from a cooling bar to the material , wherein the cooling medium is applied through a slot of the cooling bar , wherein during the cooling process the width (B) of the slot in conveying direction (F) of the material or the cooling bar is changed so as to control or regulate the cooling performance of the cooling medium to a desired or predetermined level, wherein the width (B) of the slot in a direction, which is both transverse (Q) to the conveying direction (F) and perpendicular to the exit direction (A) of the cooling medium, is differently changed in sectionwise manner, characterised in that the slot is bounded by at least two sections of the cooling bar , wherein the two sections of the cooling bar as seen perpendicularly to the exit direction (A) of the cooling medium each have a concave part and a convex part connected therewith and wherein for changing the width (B) of the slot the at least two sections of the cooling bar are displaced in a direction which is both perpendicular to the exit direction (A) of the cooling medium and perpendicular to the conveying direction (F).