mhurhangee/patent-ind-claim-en huggingface dataset:
Data transmission device for transmitting data packets through a tunnel comprising at least one communication channel to a data reception device , comprising: - wherein the data transmission device is arranged to receive a data stream in the form of data packets via at least one connection ; - wherein the data transmission device is arranged to encapsulate the received data packets into transmission packets and to transmit them to the data reception device by means of a packet-based transmission protocol via a transmission link of a communication channel , wherein the communication channel comprises at least one transmission link ; characterised in that - the data transmission device is arranged to assign the at least one connection to a transmission link in accordance with a weighting assigned to each transmission link , so that the data packets of the at least one connection are transmitted encapsulated via the respectively assigned transmission link to the data reception device ; and - wherein the data transmission device is arranged to obtain information about the transmission link and/or the associated communication channel on the basis of feedback packets (Pf) transmitted via the tunnel from the data reception device and to adjust the weighting of the transmission link on the basis of the obtained information. - wherein the data transmission device is arranged to receive a data stream in the form of data packets via at least one connection ; - wherein the data transmission device is arranged to encapsulate the received data packets into transmission packets and to transmit them to the data reception device by means of a packet-based transmission protocol via a transmission link of a communication channel , wherein the communication channel comprises at least one transmission link ; characterised in that - the data transmission device is arranged to assign the at least one connection to a transmission link in accordance with a weighting assigned to each transmission link , so that the data packets of the at least one connection are transmitted encapsulated via the respectively assigned transmission link to the data reception device ; and - wherein the data transmission device is arranged to obtain information about the transmission link and/or the associated communication channel on the basis of feedback packets (Pf) transmitted via the tunnel from the data reception device and to adjust the weighting of the transmission link on the basis of the obtained information.
Industrial type condenser element (TE) comprising a tubular body (BDY) made from grade 2 titanium, designed for liquid water circulation inside, the wall (CW) of which is at least partly delimited by an inner surface (IS) and an outer surface (OS), the wall (CW) having a twisted shape on at least one segment (CS) of said body (BDY), and the inner surface (IS) having at least one groove with a shape corresponding to said wall (CW) and extending helically over said segment (CS), such that on said segment (CS), the outer surface (OS) has a diameter (COD) comprised between 18 and 30 millimetres, while the groove has a pitch (CP) of less than 3.5 millimetres and a depth (CD) such that the ratio of the pitch (CP) at a real power comprised between 1.5 and 2.5 to the depth (CD) is less than a threshold value close to 24, said depth (CD) being comprised between 0.05 millimetre and 0.6 millimetre, in particular greater than 0.15 millimetre.
Laundry treatment apparatus , in particular dryer, washing machine or washer dryer, comprising: an apparatus cabinet, a laundry storing compartment arranged in the apparatus cabinet and adapted to receive laundry to be treated, a water reservoir arranged within the apparatus cabinet, wherein the water reservoir is manually refillable with water by a user, an inline steam generating unit which is arranged within the apparatus cabinet and which is fluidly connected to the water reservoir by a water supply line , a valve or pump arranged in the water supply line between the water reservoir and the steam generating unit for controlling or dosing the amount of water supplied from the water reservoir to the steam generating unit, a water level detection unit , and a control unit adapted to control at least one laundry treatment program of the laundry treatment apparatus where a steam supply from the steam generating unit to the laundry storing compartment is effected; characterized in that the water level detection unit comprises at least two sensors , each adapted to detect a water level in the water reservoir , wherein a first sensor is adapted to detect a first water level, a second sensor is adapted to detect a second water level and wherein the first water level in the water reservoir is lower than the second water level. an apparatus cabinet, a laundry storing compartment arranged in the apparatus cabinet and adapted to receive laundry to be treated, a water reservoir arranged within the apparatus cabinet, wherein the water reservoir is manually refillable with water by a user, an inline steam generating unit which is arranged within the apparatus cabinet and which is fluidly connected to the water reservoir by a water supply line , a valve or pump arranged in the water supply line between the water reservoir and the steam generating unit for controlling or dosing the amount of water supplied from the water reservoir to the steam generating unit, a water level detection unit , and a control unit adapted to control at least one laundry treatment program of the laundry treatment apparatus where a steam supply from the steam generating unit to the laundry storing compartment is effected; characterized in that the water level detection unit comprises at least two sensors , each adapted to detect a water level in the water reservoir , wherein a first sensor is adapted to detect a first water level, a second sensor is adapted to detect a second water level and wherein the first water level in the water reservoir is lower than the second water level.
A coupling assembly for fluidly connecting first and second spacecraft (S1, S2), the first spacecraft (S1) comprising a drive mechanism and the second spacecraft (S2) comprising a valve for filling and/or draining the second spacecraft (S2), the coupling assembly comprising: a first connector comprising an actuating member configured to engage and open the valve and a coupling member configured to couple to the drive mechanism such that the drive mechanism is operable to exert a torque on the coupling member to rotate the coupling member ; a second connector comprising a stop portion and a bore for transferring fluid, the second connector configured to screw on to the valve until the stop portion engages the valve ; and, at least one lock configured such that, in use, the or each lock is initially in a locked state wherein the coupling member is rotationally fixed relative to the second connector such that operation of the drive mechanism rotates the coupling member and the second connector together such that the second connector is screwed on to the valve until the stop portion engages the valve , the actuating member being prevented from moving relative to the second connector to engage and open the valve whilst the or each lock is in the locked state, and wherein the or each lock is configured such that, once the stop portion engages the valve , operation of the drive mechanism to exert a torque on the coupling member that is greater than a predetermined torque level moves the or each lock to an unlocked state wherein the actuating member is moveable relative to the second connector to engage and open the valve . a first connector comprising an actuating member configured to engage and open the valve and a coupling member configured to couple to the drive mechanism such that the drive mechanism is operable to exert a torque on the coupling member to rotate the coupling member ; a second connector comprising a stop portion and a bore for transferring fluid, the second connector configured to screw on to the valve until the stop portion engages the valve ; and, at least one lock configured such that, in use, the or each lock is initially in a locked state wherein the coupling member is rotationally fixed relative to the second connector such that operation of the drive mechanism rotates the coupling member and the second connector together such that the second connector is screwed on to the valve until the stop portion engages the valve , the actuating member being prevented from moving relative to the second connector to engage and open the valve whilst the or each lock is in the locked state, and wherein the or each lock is configured such that, once the stop portion engages the valve , operation of the drive mechanism to exert a torque on the coupling member that is greater than a predetermined torque level moves the or each lock to an unlocked state wherein the actuating member is moveable relative to the second connector to engage and open the valve .
A method for triggering joint registration performed by an LTE single-card dual-standby multi-mode terminal, comprising: determining , by a terminal, a location area identity of a 2G/3G network in which registration is to be performed; detecting , by the terminal, a remaining electric quantity of its battery; and sending , by the terminal, an attach request message to a mobile management entity of an LTE network, if the remaining electric quantity is greater than an electric quantity threshold, wherein the attach request message contains the location area identity and the electric quantity threshold is predetermined by the terminal, so as to trigger joint registration which is in the LTE network and the 2G/3G network and is performed together by the terminal and the mobile management entity of the LTE network. determining , by a terminal, a location area identity of a 2G/3G network in which registration is to be performed; detecting , by the terminal, a remaining electric quantity of its battery; and sending , by the terminal, an attach request message to a mobile management entity of an LTE network, if the remaining electric quantity is greater than an electric quantity threshold, wherein the attach request message contains the location area identity and the electric quantity threshold is predetermined by the terminal, so as to trigger joint registration which is in the LTE network and the 2G/3G network and is performed together by the terminal and the mobile management entity of the LTE network.
A system for transferring and transporting metal strips wound into coils , in particular produced from hot strip, comprising: at least one transfer means for receiving a coil from a coiler mandrel and for handover of the coil to a loading means of the system, a first loading means being a tilting cradle for pivoting the coil out of the horizontal position into the vertical position; and a first transport means for transporting away the coil placed on the loading means in the vertical position, the first transport means being a coil handover carriage , characterised in that at least one second loading means of suspended design is arranged and supported above the plane for the tilting cradle and the coil handover carriage within the system, wherein the second loading means is a mandrel carriage which moves the coil in the horizontal position, and the system comprises a second transport means for transporting away the coil in the horizontal position, wherein the second transport means is a coil-transporting carriage .
An ink cartridge comprising: an ink container for storing ink; a supply opening for connecting an inner section and an outer section of the ink container; an inner plug containing a plug part for opening and closing the supply opening, and a shaft part extending from the plug part; a biasing unit for applying force on the inner plug in a closing direction; and a covering member restricting a movement direction of the shaft part of the inner plug, and covering at least a portion of the shaft part, said ink cartridge characterised in that : the covering member is mounted in the inner section of the ink container and prevents contact by the shaft part with the ink container in a state in which the plug part seals the supply opening, and in a state in which the plug part opens the supply opening. an ink container for storing ink; a supply opening for connecting an inner section and an outer section of the ink container; an inner plug containing a plug part for opening and closing the supply opening, and a shaft part extending from the plug part; a biasing unit for applying force on the inner plug in a closing direction; and a covering member restricting a movement direction of the shaft part of the inner plug, and covering at least a portion of the shaft part, said ink cartridge characterised in that : the covering member is mounted in the inner section of the ink container and prevents contact by the shaft part with the ink container in a state in which the plug part seals the supply opening, and in a state in which the plug part opens the supply opening.
A regulatory T (Treg) cell population obtained from isolated thymic tissue (thyTreg), wherein said thyTreg cell population is characterized by comprising CD4+CD8+Foxp3+ cells; wherein said Treg cell population does not comprise effector cells; and wherein said Treg cell population comprises at least 90% of CD4+CD25+Foxp3+ cells. wherein said Treg cell population does not comprise effector cells; and wherein said Treg cell population comprises at least 90% of CD4+CD25+Foxp3+ cells.
A method for forming a mask layer above a semiconductor fin structure , comprising: forming a mandrel above the fin structure; providing a first spacer material on the mandrel, thereby forming a first set of spacers including a first spacer at a first side surface of the mandrel and a second spacer at a second side surface of the mandrel; removing the mandrel; providing a second spacer material on the first and the second spacers, thereby forming a second set of spacers arranged at the side surfaces of the first set of spacers; providing a first filler material between the second set of spacers; etching a top portion of the first filler material to form recesses between the second set of spacers; providing a second filler material in the recesses, the second filler material forming a set of dummy mask lines; recessing a top portion of at least the first set of spacers; providing a mask layer material between the dummy mask lines; and removing the dummy mask lines and the first filler material. forming a mandrel above the fin structure; providing a first spacer material on the mandrel, thereby forming a first set of spacers including a first spacer at a first side surface of the mandrel and a second spacer at a second side surface of the mandrel; removing the mandrel; providing a second spacer material on the first and the second spacers, thereby forming a second set of spacers arranged at the side surfaces of the first set of spacers; providing a first filler material between the second set of spacers; etching a top portion of the first filler material to form recesses between the second set of spacers; providing a second filler material in the recesses, the second filler material forming a set of dummy mask lines; recessing a top portion of at least the first set of spacers; providing a mask layer material between the dummy mask lines; and removing the dummy mask lines and the first filler material.
Stable liquid ingredient composition comprising oleyl lactylate and/or salts thereof (OL) and a further lactylate selected from lauroyl lactylate and/or salts thereof (LL) or a mixture of lauroyl lactylate and myristoyl lactylate and/or their salts (LL/ML-blend).
A polynucleotide encoding a polypeptide comprising the structure of Formula I: A'-L-B' Formula I wherein A' comprises: (a) at least one 5'-cap structure; (b) a 5'-UTR; (c) a coding region; and (d) a 3'-UTR; B' comprises a 3'-stabilizing region comprising 1 to 500 nucleosides, wherein said stabilizing region comprises at least one alternative nucleoside, wherein said alternative nucleoside is inverted thymidine; and L is a linker. wherein A' comprises: (a) at least one 5'-cap structure; (b) a 5'-UTR; (c) a coding region; and (d) a 3'-UTR; (a) at least one 5'-cap structure; (b) a 5'-UTR; (c) a coding region; and (d) a 3'-UTR; B' comprises a 3'-stabilizing region comprising 1 to 500 nucleosides, wherein said stabilizing region comprises at least one alternative nucleoside, wherein said alternative nucleoside is inverted thymidine; and L is a linker.
A mount module to which a lens barrel having claws is attachable, the mount module comprising: a base member ; a fixed mount member having a first mount surface that abuts to a second mount surface of the lens barrel; a movable member that is arranged between the fixed mount member and the base member rotatably around an optical axis; movable claws (331a, 331b, and 331c) that engage with the claws of the lens barrel and move in an optical axis direction by interlocking with rotation of the movable member; a first sealing member that is arranged between the movable member and the fixed mount member; and a second sealing member that is arranged between the movable member and the base member. a base member ; a fixed mount member having a first mount surface that abuts to a second mount surface of the lens barrel; a movable member that is arranged between the fixed mount member and the base member rotatably around an optical axis; movable claws (331a, 331b, and 331c) that engage with the claws of the lens barrel and move in an optical axis direction by interlocking with rotation of the movable member; a first sealing member that is arranged between the movable member and the fixed mount member; and a second sealing member that is arranged between the movable member and the base member.
A method for producing a watch glass with at least one recess for a decorative element, in particular a gemstone, comprising the steps: - providing a starting glass , which has an original thickness (d1) greater than a predetermined thickness (d10) of the watch glass , - heating the starting glass to a predetermined temperature below the melting temperature of the starting glass , so that the starting glass becomes soft, so that a press-fitting of a recess into the starting glass can be performed, - press-fitting at least one recess for a decorative element, in particular a gemstone, into the starting glass , and - processing the starting glass with the at least one recess pressed therein, so that the thickness of the starting glass is reduced to the predetermined thickness (d10) of the watch glass to form the watch glass , wherein the at least one recess is pressed into the watch glass to a depth (t1) greater than a predetermined depth (t10) of the recess , and wherein the starting glass is deformed, so that a first region with a first cross-section (Q1) and a second region with a second cross-section (Q2) are formed in the starting glass , wherein the first cross-section (Q1) is smaller than the second cross-section (Q2) and corresponds to a predetermined cross-section (Q10) of the watch glass , and the first region comprises the at least one recess . - providing a starting glass , which has an original thickness (d1) greater than a predetermined thickness (d10) of the watch glass , - heating the starting glass to a predetermined temperature below the melting temperature of the starting glass , so that the starting glass becomes soft, so that a press-fitting of a recess into the starting glass can be performed, - press-fitting at least one recess for a decorative element, in particular a gemstone, into the starting glass , and - processing the starting glass with the at least one recess pressed therein, so that the thickness of the starting glass is reduced to the predetermined thickness (d10) of the watch glass to form the watch glass , wherein the at least one recess is pressed into the watch glass to a depth (t1) greater than a predetermined depth (t10) of the recess , and wherein the starting glass is deformed, so that a first region with a first cross-section (Q1) and a second region with a second cross-section (Q2) are formed in the starting glass , wherein the first cross-section (Q1) is smaller than the second cross-section (Q2) and corresponds to a predetermined cross-section (Q10) of the watch glass , and the first region comprises the at least one recess . wherein the at least one recess is pressed into the watch glass to a depth (t1) greater than a predetermined depth (t10) of the recess , and wherein the starting glass is deformed, so that a first region with a first cross-section (Q1) and a second region with a second cross-section (Q2) are formed in the starting glass , wherein the first cross-section (Q1) is smaller than the second cross-section (Q2) and corresponds to a predetermined cross-section (Q10) of the watch glass , and the first region comprises the at least one recess .
A peptide which binds to Tissue Factor Pathway inhibitor (TFPI) comprising an amino acid sequence having at least 90% identity to SEQ ID NO: 1334.
A method of training an autonomous vehicle to operate within a work region, the method comprising: deploying a handle assembly connected to a housing of the vehicle from a first position to a second position; placing a mobile computer on a cradle attached to the handle assembly ; initiating communication between the mobile computer and an electronic controller associated with the vehicle ; selecting a boundary training phase of the vehicle via interaction with the mobile computer ; traversing a boundary of the work region ; collecting data associated with the boundary as the vehicle traverses the boundary of the work region ; generating, with the controller , the mobile computer , or a remote computer a mapped boundary path based upon the data associated with the boundary ; and indicating, on the mobile computer , whether the mapped boundary path satisfies path criteria, wherein the path criteria comprises one or more of: determining whether the mapped boundary path defines a bounded area; determining whether bottlenecks are present; and determining whether the mapped boundary path is within a threshold distance of another boundary path. deploying a handle assembly connected to a housing of the vehicle from a first position to a second position; placing a mobile computer on a cradle attached to the handle assembly ; initiating communication between the mobile computer and an electronic controller associated with the vehicle ; selecting a boundary training phase of the vehicle via interaction with the mobile computer ; traversing a boundary of the work region ; collecting data associated with the boundary as the vehicle traverses the boundary of the work region ; generating, with the controller , the mobile computer , or a remote computer a mapped boundary path based upon the data associated with the boundary ; and indicating, on the mobile computer , whether the mapped boundary path satisfies path criteria, wherein the path criteria comprises one or more of: determining whether the mapped boundary path defines a bounded area; determining whether bottlenecks are present; and determining whether the mapped boundary path is within a threshold distance of another boundary path.