mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling the temperature of a beverage in a device for heating and/or frothing said beverage, wherein said beverage is heated and/or frothed by means of introduction of steam into said beverage, said method comprising the steps of: - starting to introduce steam into said beverage; - continuously detecting the temperature of said beverage, until the beverage temperature increases linearly with time; - while the beverage temperature increases linearly with time, continuously detecting said beverage temperature and identifying the first derivative of the function of the temperature over time, said first derivative being a constant, positive value (T' const ); - calculating the increase of the beverage temperature after the interruption of the steam introduction (dT) as a function of said value of the first derivative of the function of the temperature over time; - determining a switch-off temperature (T s ) as a difference between a desired, target temperature (T d ) and said increase of the beverage temperature after the interruption of the steam introduction (dT); - interrupting the introduction of the steam into the beverage when the beverage temperature reaches said switch-off temperature (T s ), characterized in that said step of continuously detecting the temperature of said beverage until the beverage temperature increases linearly with time is carried out by continuously detecting the temperature of said beverage and monitoring the second derivative of the function of the temperature over time until it becomes zero. - starting to introduce steam into said beverage; - continuously detecting the temperature of said beverage, until the beverage temperature increases linearly with time; - while the beverage temperature increases linearly with time, continuously detecting said beverage temperature and identifying the first derivative of the function of the temperature over time, said first derivative being a constant, positive value (T' const ); - calculating the increase of the beverage temperature after the interruption of the steam introduction (dT) as a function of said value of the first derivative of the function of the temperature over time; - determining a switch-off temperature (T s ) as a difference between a desired, target temperature (T d ) and said increase of the beverage temperature after the interruption of the steam introduction (dT); - interrupting the introduction of the steam into the beverage when the beverage temperature reaches said switch-off temperature (T s ), characterized in that said step of continuously detecting the temperature of said beverage until the beverage temperature increases linearly with time is carried out by continuously detecting the temperature of said beverage and monitoring the second derivative of the function of the temperature over time until it becomes zero.
A solid composition comprising For-Met-Asp-Gly-Cys-Glu-Leu-OH (SEQ_NO 1, Foxy-5) and a nitrogen base, wherein the nitrogen base is a compound selected from ammonia, quaternary ammonium hydroxides, alkylated guanidines, amino acids, and primary and secondary amines, and wherein said solid composition optionally comprises water.
A freely ejecting starting device having a drive shaft and a hollow shaft which is at least displaceable on the drive shaft and has a front opening , a pinion being mounted axially displaceably on the hollow shaft , characterized in that a closure closes the front opening , the closure being fastened in the hollow shaft and from which a collar extends in one piece, the closure engaging over one end of the hollow shaft and likewise securing a circlip arranged on an outer circumference of the hollow shaft against expansion.
A method performed by a network device acting as a switch in a Software Defined Networking , SDN, network, the switch coupled to a controller in the SDN network, the method to implement variable buffer timeout output actions, the method comprising: receiving an instruction from the controller to generate a flow entry that includes a packet matching criteria, an output action that specifies the controller as an output destination and a buffer timeout value which is associated with a service specified by the packet matching criteria; generating the flow entry; receiving a packet for forwarding; determining whether the packet matches the packet matching criteria of the flow entry; storing the packet in a buffer of the switch and transmitting a portion of the packet to the controller in response to determining that the packet matches the packet matching criteria of the flow entry, the buffer to temporarily store the packet while the controller determines processing for the packet; and associating the buffered packet with the buffer timeout value specified in the flow entry to indicate that the buffered packet is to be deleted from the buffer if an instruction for processing the buffered packet is not received from the controller within the buffer timeout value. receiving an instruction from the controller to generate a flow entry that includes a packet matching criteria, an output action that specifies the controller as an output destination and a buffer timeout value which is associated with a service specified by the packet matching criteria; generating the flow entry; receiving a packet for forwarding; determining whether the packet matches the packet matching criteria of the flow entry; storing the packet in a buffer of the switch and transmitting a portion of the packet to the controller in response to determining that the packet matches the packet matching criteria of the flow entry, the buffer to temporarily store the packet while the controller determines processing for the packet; and associating the buffered packet with the buffer timeout value specified in the flow entry to indicate that the buffered packet is to be deleted from the buffer if an instruction for processing the buffered packet is not received from the controller within the buffer timeout value.
An outlet head for a spray device, the outlet head comprising: an inlet section having an opening adapted to receive an output section of a spray material container, said opening forming a first end of a fluid channel for receiving spray material from the spray material container; an outlet section including an end-cap adapted to eject spray material and forming a second end of the fluid channel for ejecting spray material into the air; wherein the outlet section is angled to eject the spray material at least 5 degrees above the horizontal plane; and a droplet rib positioned directly below the outlet section ; wherein the outlet head is characterised by the droplet rib running from the end-cap towards the first end of the fluid channel; such that droplets forming on the end cap are drawn down the droplet rib towards the first end of the fluid channel, wherein the droplets are then operable to run onto the spray material container; and wherein the outlet section is angled between 5 and 45 degrees above the horizontal plane. an inlet section having an opening adapted to receive an output section of a spray material container, said opening forming a first end of a fluid channel for receiving spray material from the spray material container; an outlet section including an end-cap adapted to eject spray material and forming a second end of the fluid channel for ejecting spray material into the air; wherein the outlet section is angled to eject the spray material at least 5 degrees above the horizontal plane; and a droplet rib positioned directly below the outlet section ; wherein the outlet head is characterised by the droplet rib running from the end-cap towards the first end of the fluid channel; such that droplets forming on the end cap are drawn down the droplet rib towards the first end of the fluid channel, wherein the droplets are then operable to run onto the spray material container; and wherein the outlet section is angled between 5 and 45 degrees above the horizontal plane.
A turbo engine, comprising a driving shaft and a driven shaft actuated by the driving shaft, which is coupled to this driving shaft by means of a torsional coupling, wherein the torsional coupling is integrated in at least one of the driven and driving shafts which comprises a zone that is flexible in rotation, in a manner to constitute the said torsional coupling, wherein the flexible zone comprises a cylindrical part with a diameter that is smaller than the rest of the shaft into which the flexible coupling is integrated, characterized in that the cylindrical part is mounted in the driven shaft and in the driving shaft .
A rotor blade trim tab assembly comprising: a first shape memory alloy (SMA) actuator ; and a second SMA actuator , activation of any one of said first and second SMA actuators operable to flex the other one of said first and second SMA actuators through an elastic range of strain and into a plastic range of strain to position a trim tab substrate , characterized in that said first SMA actuator and said second SMA actuator being located within said trim tab substrate . a first shape memory alloy (SMA) actuator ; and a second SMA actuator , activation of any one of said first and second SMA actuators operable to flex the other one of said first and second SMA actuators through an elastic range of strain and into a plastic range of strain to position a trim tab substrate , characterized in that said first SMA actuator and said second SMA actuator being located within said trim tab substrate .
An adapter for connecting a single voltage battery pack to a power tool , the single voltage battery pack is configured to output only one voltage and is provided with a single voltage battery interface , the power tool is detachably coupled with a multi-voltage battery pack and provided with a power tool interface, the single voltage battery interface is not couplable to the power tool interface, the adapter comprising: a housing ; an input interface disposed in the housing and provided for electrically and mechanically coupling with the single voltage battery interface of the single voltage battery pack ; an output interface disposed in the housing and provided for electrically and mechanically coupling with the power tool interface of the power tool ; and the input interface is electrically connected to the output interface ; characterized in that the power tool is powerable by the single voltage battery pack when the single voltage battery interface of the single voltage battery pack is coupled with the input interface of the adapter and the power tool interface of the power tool is coupled with the output interface of the adapter a housing ; an input interface disposed in the housing and provided for electrically and mechanically coupling with the single voltage battery interface of the single voltage battery pack ; an output interface disposed in the housing and provided for electrically and mechanically coupling with the power tool interface of the power tool ; and the input interface is electrically connected to the output interface ; characterized in that the power tool is powerable by the single voltage battery pack when the single voltage battery interface of the single voltage battery pack is coupled with the input interface of the adapter and the power tool interface of the power tool is coupled with the output interface of the adapter
A aTh1 composition for use in treating a patient with HIV comprising: increasing the titer of circulating CD4+ Th1 memory cells that are resistant to HIV infection by administering at least one intradermal dose to the patient; and expanding and activating the CD4+ Th1 memory cells in the patient by administering at least one intravenous dose. increasing the titer of circulating CD4+ Th1 memory cells that are resistant to HIV infection by administering at least one intradermal dose to the patient; and expanding and activating the CD4+ Th1 memory cells in the patient by administering at least one intravenous dose.
Fixing device for a trackless swimming pool cover , comprising a roof fixing for fixing to the swimming pool cover and a floor fixing for fixing to a floor, wherein the roof fixing and the floor fixing are configured to engage with one another in a fixing position, wherein a securing member is provided which is configured to secure the roof fixing to the floor fixing in the fixing position, wherein the securing member comprises a bolt or is configured as a bolt, characterised in that the securing member engages with the floor fixing . a roof fixing for fixing to the swimming pool cover and a floor fixing for fixing to a floor, wherein the roof fixing and the floor fixing are configured to engage with one another in a fixing position, wherein a securing member is provided which is configured to secure the roof fixing to the floor fixing in the fixing position, wherein the securing member comprises a bolt or is configured as a bolt, characterised in that the securing member engages with the floor fixing .
A textile reinforcement structure for a building component , the building component comprising a second matrix material , wherein the reinforcement structure has at least one wall which comprises openings and is constructed in an open-meshed manner from textile fibers which are held in an essentially rigid shape by a first matrix material, and wherein the reinforcement structure has a closed cross-section (A) perpendicular to a center-of-gravity axis (L) with at least one cavity inside, the clear size of the openings allowing the second matrix material to penetrate the wall such that it can enter the cavity of the reinforcing structure , characterized in that the center-of-gravity axis (L) of the cross section (A) of the reinforcing structure is configured to be at least single-curved.
A signaling transmitting method, applied to a terminal device and comprising: transmitting a first signaling to a network device, wherein the first signaling is used to report a first capability supported by the terminal device and indicate whether the terminal device is a reduced capability terminal device; characterized in that , the first signaling comprises a first capability indication domain or a second capability indication domain; wherein the first capability indication domain is used to indicate the first capability supported by the terminal device when the terminal device is not a reduced capability terminal device; and the second capability indication domain is used to indicate the first capability supported by the terminal device when the terminal device is a reduced capability terminal device; wherein the first signaling further comprises a device type indication domain and a selection indication domain, the device type indication domain is used to indicate whether the terminal device is a reduced capability terminal device and a type of the reduced capability terminal device, wherein the type of the reduced capability terminal device comprises a wearable device, a sensor, and a camera in different application scenarios; the selection indication domain is used to indicate whether the terminal device selects the first capability indication domain or the second capability indication domain. transmitting a first signaling to a network device, wherein the first signaling is used to report a first capability supported by the terminal device and indicate whether the terminal device is a reduced capability terminal device; characterized in that , the first signaling comprises a first capability indication domain or a second capability indication domain; wherein the first capability indication domain is used to indicate the first capability supported by the terminal device when the terminal device is not a reduced capability terminal device; and the second capability indication domain is used to indicate the first capability supported by the terminal device when the terminal device is a reduced capability terminal device; wherein the first signaling further comprises a device type indication domain and a selection indication domain, the device type indication domain is used to indicate whether the terminal device is a reduced capability terminal device and a type of the reduced capability terminal device, wherein the type of the reduced capability terminal device comprises a wearable device, a sensor, and a camera in different application scenarios; the selection indication domain is used to indicate whether the terminal device selects the first capability indication domain or the second capability indication domain.
Functional unit for sanitary installations having a cold-water inflow and a hot-water inflow and at least one mixed-water outlet , comprising a mixer and a distributor connected to the mixer via a connecting channel , as well as an electronic control and sensors and electromotive actuators connected to the electronic control, wherein the mixer and the distributor are designed as cartridges having electromotive actuators and the cartridges are designed as valves, which can be flowed through axially, having axial and/or radial inlets and outlets , which valves have disks that are arranged in the interior radially and on top of one another and each have at least one passage opening, of which in each case one disk is rotatable on a stator disk , characterized in that the rotatable disk is in engagement with an axially rotatable sleeve which is axially arranged in the respective valve and the cavity of which can be flowed through, and said sleeve is operatively connected at its outer circumference to the respective electromotive actuator .
A lighting device comprising a base , a light aggregate on the base , and a lens member covering the light aggregate and being attached to the base , wherein the lens member has a periphery , wherein the base and the lens member respectively comprise a plurality of mounting holes each having an internal surface, the mounting holes of the lens member being positioned along the periphery of the lens member , whereby mounting holes of the lens member are aligned with mounting holes of the base , and mounting elements are extending in respective aligned mounting holes and are being fixed in said mounting holes thereby fixing the lens member to the base , characterized in that each of the mounting elements , that are positioned within a coherent area extending along at least half of the periphery of the lens member, especially along at least three quarters of the periphery of the lens member , are yielding elements relative to the base and the lens member , said each of the mounting elements having a lower Young's modulus than the base and the lens member .
A rotor for a centrifuge, especially for a nozzle separator , comprising a bowl and an outlet nozzle assembly , the outlet nozzle assembly consisting of - cylindrical nozzle holder to be mounted into a bore in the bowl of the centrifuge , - a nozzle to be fixed to the nozzle holder and - a wear tube fitted into the nozzle , whereby the wear tube is inserted into the nozzle and the nozzle is mounted from the outside to the nozzle holder , the nozzle has an axis arranged in an acute angle (α) to the normal of the axis of the bore in the bowl , characterized in that the nozzle holder is mounted from the inside of the bowl and is fixed by a fixing screw from the outside of the bowl , an opening for collecting and directing of a suspension to a channel is arranged in the nozzle holder , the channel being connected to the nozzle , whereby the opening to the nozzle is arranged at a distance from the axis of the bore in the bowl . - cylindrical nozzle holder to be mounted into a bore in the bowl of the centrifuge , - a nozzle to be fixed to the nozzle holder and - a wear tube fitted into the nozzle ,
Method for the capture of data from at least one device (16.1, 16.2, 16.3), which is arranged in a first network having a high security requirement, in a second network having a low security requirement, by means of an apparatus containing a requesting unit , an eavesdropping unit , an evaluation unit and an alarm unit , having the method steps of: - requesting the data from the at least one device (16.1, 16.2, 16.3) according to a request profile by means of the requesting unit which is arranged inside the first network , - eavesdropping the data transmitted from the at least one device (16.1, 16.2, 16.3) to the requesting unit in response to the request inside the first network by means of the eavesdropping unit , which is arranged within the first network , and transmitting the data to the evaluation unit , which is arranged in the second network , - comparing the eavesdropped data with the data expected according to the request profile by means of the evaluation unit, and - providing an alarm signal by means of the alarm unit if the eavesdropped data differ from the data expected according to the request profile , the request profile containing predetermined requests and a timing scheme of when these requests are intended to be sent to the at least one device in the first network, the eavesdropping unit only being able to eavesdrop data transmitted in the first network and not being able to transmit any messages whatsoever to the devices (16.1, 16.2, 16.3) and also not being able to transmit any messages to the requesting unit , and the evaluation unit checking the eavesdropped data against a request profile , which corresponds to the request profile in the requesting unit , and forwarding only eavesdropped data which correspond to the request profile to a diagnostic computer arranged in the second network . - requesting the data from the at least one device (16.1, 16.2, 16.3) according to a request profile by means of the requesting unit which is arranged inside the first network , - eavesdropping the data transmitted from the at least one device (16.1, 16.2, 16.3) to the requesting unit in response to the request inside the first network by means of the eavesdropping unit , which is arranged within the first network , and transmitting the data to the evaluation unit , which is arranged in the second network , - comparing the eavesdropped data with the data expected according to the request profile by means of the evaluation unit, and - providing an alarm signal by means of the alarm unit if the eavesdropped data differ from the data expected according to the request profile ,