mhurhangee/patent-ind-claim-en huggingface dataset:
A propulsion system for an aircraft comprising: - a gas turbine comprising : a combustion chamber , an ignition device for igniting the combustion chamber , a compressor for supplying air to the combustion chamber , the compressor being equipped with a compressor shaft , and an electric starter for driving the compressor shaft , the gas turbine being designed so that the combustion chamber can be ignited by the ignition device in a first ignition range (P1) of rotational speeds of the compressor shaft ; - a start-up control device designed to: with the combustion chamber switched off, control the electric starter to accelerate the compressor shaft , and with the compressor shaft accelerated, control the ignition device to attempt an ignition of the combustion chamber ; characterised in that , since the gas turbine is designed in such a way that the combustion chamber can additionally be ignited by the ignition device in a second ignition range (P3) of rotational speeds of the compressor shaft which is greater than the first ignition range (P1), but not between these two ignition ranges (P1, P3), the control device is designed, when the compressor shaft is accelerated, to accelerate the latter up to the second ignition range (P3) in order to attempt to ignite the combustion chamber in the latter. - a gas turbine comprising : a combustion chamber , an ignition device for igniting the combustion chamber , a compressor for supplying air to the combustion chamber , the compressor being equipped with a compressor shaft , and an electric starter for driving the compressor shaft , the gas turbine being designed so that the combustion chamber can be ignited by the ignition device in a first ignition range (P1) of rotational speeds of the compressor shaft ; - a start-up control device designed to: with the combustion chamber switched off, control the electric starter to accelerate the compressor shaft , and with the compressor shaft accelerated, control the ignition device to attempt an ignition of the combustion chamber ;
Electrospun silica fiber composition for use in treating hemorrhage comprising applying the electrospun silica fiber composition to said hemorrhage in an amount and under conditions sufficient to stop the hemorrhage, wherein the silica fiber composition is prepared by electrospinning a sol that is prepared with 70% to 90% tetraethyl orthosilicate (TEOS) by weight, 8% to 25% ethanol by weight, an acid catalyst, preferably HCl, and the balance water.
A peptide comprising the amino acid sequence of SEQ ID No. 89, or a pharmaceutical acceptable salt thereof, wherein said peptide has an overall length of up to 30 amino acids, and wherein said peptide has the ability to bind to a molecule of the human major histocompatibility complex (MHC) class-I.
Infusion device for administering a medical fluid to a patient, comprising: - a receptacle for receiving a syringe , - a pusher device movable in a pushing direction (P) for acting onto a piston of a syringe received in the receptacle , - an electric drive device for moving the pusher device , - a sensing device constituted to output a sensing signal indicative of a force (F) acting in between the pusher device and the piston of the syringe , and - a control device for controlling the electric drive device for moving the pusher device , wherein the control device is constituted to execute, at the beginning of moving the pusher device for acting onto the piston , a startup routine in which - in a first phase the electric drive device drives the pusher device to move at a first velocity (V0), and - if by means of the sensing signal a drop in the measured force (F) acting in between the pusher device and the piston of the syringe is observed, the electric drive device is switched to drive the pusher device to move at a second velocity (V1) different than the first velocity (V0), characterized in that the control device is constituted to control the electric drive device to drive the pusher device to move at the second velocity (V1) if a measured force (F) is observed exceeding a predefined maximum force (FMAX), even if no drop in the force (F) is detected, wherein the predefined maximum force (FMAX) is determined in dependence on the time in between the installation of the syringe in the receptacle and the beginning of moving the pusher device . - a receptacle for receiving a syringe , - a pusher device movable in a pushing direction (P) for acting onto a piston of a syringe received in the receptacle , - an electric drive device for moving the pusher device , - a sensing device constituted to output a sensing signal indicative of a force (F) acting in between the pusher device and the piston of the syringe , and - a control device for controlling the electric drive device for moving the pusher device , - in a first phase the electric drive device drives the pusher device to move at a first velocity (V0), and - if by means of the sensing signal a drop in the measured force (F) acting in between the pusher device and the piston of the syringe is observed, the electric drive device is switched to drive the pusher device to move at a second velocity (V1) different than the first velocity (V0),
An in vitro method for diagnosing or predicting the development of a respiratory allergy in a patient; said method comprising assaying a test sample from the patient for DNA hypermethylation of at least the GLI2 region as defined in Tables 3, 4 or 5, wherein hypermethylation of said gene region in said test sample indicates or predicts a respiratory allergy in said patient; wherein said test sample is a body fluid sample.
Method for controlling a ceramic and/or metal powder press for pressing a compressible material , in which - at least one electric-motor drive (15, 16; 20, 21), which adjusts at least one press plunger (5; 4) along a pressing direction, is configured as a servo-motor drive and/or drives a spindle (13, 14; 18, 19) connected in front of the press plunger (5; 4), is activated in such a way that - the drive (15, 16; 20, 21) moves the press plunger (5; 4) along a desired position path (as1) and - the drive is readjusted in the event of a deviation from the desired position path (as1), - wherein a measured pressing force (F11, F12) which acts on the compressible material , the press plunger or components (17 - 19) carrying the latter is used as at least one actuating variable for the readjustment, - at least one press plunger (5; 4) is adjustd along the pressing direction by means of at least two drives (15, 16; 20, 21), - in each case an instantaneous pressing force (F21, F22; F11, F12) acting via the drives is measured and corresponding measured values are output as respectively measured pressing forces (F21, F22; F11, F12), and in that - as the deviation, a force-control deviation (2K ) between the measured pressing force (F11, F12) and the desired force (Fs) is transformed into a desired position control variable (sll, s12) for a position controller of the control device (C) of the at least one drive . - at least one electric-motor drive (15, 16; 20, 21), which adjusts at least one press plunger (5; 4) along a pressing direction, is configured as a servo-motor drive and/or drives a spindle (13, 14; 18, 19) connected in front of the press plunger (5; 4), is activated in such a way that - the drive (15, 16; 20, 21) moves the press plunger (5; 4) along a desired position path (as1) and - the drive is readjusted in the event of a deviation from the desired position path (as1), - the drive (15, 16; 20, 21) moves the press plunger (5; 4) along a desired position path (as1) and - the drive is readjusted in the event of a deviation from the desired position path (as1), - wherein a measured pressing force (F11, F12) which acts on the compressible material , the press plunger or components (17 - 19) carrying the latter is used as at least one actuating variable for the readjustment, - at least one press plunger (5; 4) is adjustd along the pressing direction by means of at least two drives (15, 16; 20, 21), - in each case an instantaneous pressing force (F21, F22; F11, F12) acting via the drives is measured and corresponding measured values are output as respectively measured pressing forces (F21, F22; F11, F12), and in that - as the deviation, a force-control deviation (2K ) between the measured pressing force (F11, F12) and the desired force (Fs) is transformed into a desired position control variable (sll, s12) for a position controller of the control device (C) of the at least one drive .
A system comprising a fan assembly with a plurality of nozzle openings (115a, 115b, ...) for creating air flows (111a, 111b, ...), the system further comprising a plurality of heating elements (113a, 113b, ...), with each air flow (111a, 111b,...) having an associated heating element (113a, 113b,...) wherein the system is configured to provide the air flows (111a, 111b, ...) in at least two non-parallel directions (112a, 112b, ...) with the air flows (111a, 111b, ...) having respective air flow temperatures (Ta, Tb, ...), wherein the at least two non-parallel directions (112a, 112b, ...) are configured within a virtual cone having an apex angle (α) selected from the range of 10-170° and having a cone axis , the system further comprising a control system configured to control the air flows (111a, 111b, ...), wherein controlling the air flows (111a, 111b, ...) comprises controlling the respective air flow temperatures (Ta, Tb, ...) of the air flows (111a, 111b, ...) and one or more of a flow velocity and a flow rate of the air flows (111a, 111b, ...), and the system further comprising a light source configured to generate light source light , wherein the system further comprises a user interface for independently selecting the air flow temperatures (Ta, Tb, ...) of the air flows (111a, 111b, ...).
An article of footwear , comprising: an upper ; a sole including at least one base member , the base member including a fastener receiving portion, the fastener receiving portion including at least one female thread ; and at least one cleat member including a cleat body , the cleat body including a ground-engaging end and an opposite fastening end , a fastening portion extending from the fastening end of the cleat body, the fastening portion configured to engage with the fastener receiving portion of the at least one base member, the fastening portion including a post and at least one thread that extends around the post, the thread including a draft angle wherein the thread extends a first radial distance from the post at one end of the thread and a second larger radial distance from the post at a second end of the thread; wherein the thread of the cleat member is configured to engage with the female thread of the base member. an upper ; a sole including at least one base member , the base member including a fastener receiving portion, the fastener receiving portion including at least one female thread ; and at least one cleat member including a cleat body , the cleat body including a ground-engaging end and an opposite fastening end , a fastening portion extending from the fastening end of the cleat body, the fastening portion configured to engage with the fastener receiving portion of the at least one base member, the fastening portion including a post and at least one thread that extends around the post, the thread including a draft angle wherein the thread extends a first radial distance from the post at one end of the thread and a second larger radial distance from the post at a second end of the thread; wherein the thread of the cleat member is configured to engage with the female thread of the base member.
A method for manufacturing a foamed plastic molded body with a film layer coating by using a tool mold with at least one tool cavity to form a shaping mold cavity , comprising the following method steps: - A) heating at least one tool cavity of the tool mold ; - B) applying a granulate to the at least one heated tool cavity ; - C) fusing the granulate in the heated tool cavity to form a liquid film layer ; - D) applying the liquid film layer to a foamed plastic molded body to form a film layer coating on the surface of the plastic molded body by fusing the liquid film layer with the surface of the plastic molded body ; - E) cooling the at least one tool cavity and ejecting the plastic molded body coated with the film layer , wherein the temperature of the at least one tool cavity is controlled or regulated, respectively, while performing the method such that said temperature is at least above the melting temperature of the applied granulate during the entire period of performing at least the method steps B) to D). - A) heating at least one tool cavity of the tool mold ; - B) applying a granulate to the at least one heated tool cavity ; - C) fusing the granulate in the heated tool cavity to form a liquid film layer ; - D) applying the liquid film layer to a foamed plastic molded body to form a film layer coating on the surface of the plastic molded body by fusing the liquid film layer with the surface of the plastic molded body ; - E) cooling the at least one tool cavity and ejecting the plastic molded body coated with the film layer , wherein the temperature of the at least one tool cavity is controlled or regulated, respectively, while performing the method such that said temperature is at least above the melting temperature of the applied granulate during the entire period of performing at least the method steps B) to D).
A distributed antenna system , comprising: a plurality of ports configured to receive downstream signals or transmit upstream signals; a plurality of first antennas configured to transmit the downstream signals or receive the upstream signals; a power regulating unit coupled between the plurality of ports and the plurality of first antennas and configured to transfer and regulate the downstream signals or the upstream signals, wherein the power regulating unit is characterised by comprising: a plurality of first links respectively corresponding to different frequency bands, and a first power regulating section coupled to the plurality of first links and configured to regulate power of link signals transferred over each of the first links by detecting the link signals and changing the power of the link signals based on the detection, such that link signals of different frequency bands transferred over the plurality of first links have substantially equal power to each other. a plurality of ports configured to receive downstream signals or transmit upstream signals; a plurality of first antennas configured to transmit the downstream signals or receive the upstream signals; a power regulating unit coupled between the plurality of ports and the plurality of first antennas and configured to transfer and regulate the downstream signals or the upstream signals, wherein the power regulating unit is characterised by comprising: a plurality of first links respectively corresponding to different frequency bands, and a first power regulating section coupled to the plurality of first links and configured to regulate power of link signals transferred over each of the first links by detecting the link signals and changing the power of the link signals based on the detection, such that link signals of different frequency bands transferred over the plurality of first links have substantially equal power to each other.
Method for sealing an electrolysis cell comprising an anode half-cell and a cathode half-cell formed by at least two cell elements and a sheet-like separator separating the half-cells from one another, the method comprising the following steps: • providing the two cell elements and the sheet-like separator , • interposing the separator between the two cell elements and interposing a layer of sealing material between each side of the separator and the two cell elements in a respective rim region of the cell elements , • sealing the electrolysis cell , wherein a force (F) is applied to the cell elements to compress the rim regions , wherein the sealing material is an electrically isolating material, wherein during the step of sealing the state of the sealing material is changed from a liquid state to a solid state to create an adhesive bond between the cell elements and the interposed separator by means of the sealing material , wherein the force (F) is relieved when the sealing material has solidified, characterized in that the cell elements are made of a metal sheet having a thickness of less than or equal to 0.8 mm, in particular less than or equal to 0.2 mm. • providing the two cell elements and the sheet-like separator , • interposing the separator between the two cell elements and interposing a layer of sealing material between each side of the separator and the two cell elements in a respective rim region of the cell elements , • sealing the electrolysis cell , wherein a force (F) is applied to the cell elements to compress the rim regions ,
A cutting machine tool comprising a frame that supports a worktable on which the pieces being machined are cut, a cutting tool with its own supporting structure coupled to said frame , and a safety apparatus comprising an actuator controlled by control means for moving said supporting structure , which is adapted to guide said cutting tool from an operating configuration, for which it protrudes from said worktable, to a safe configuration by retracting it with respect to said worktable , and vice versa, said supporting structure comprising a kinematic mechanism for moving said cutting tool , with at least one linkage for the connection of a supporting arm of said cutting tool with said actuator , the latter being integral with the frame of said machine, characterized in that the control means comprise a system of detection of a situation of danger between an operator and the cutting tool, the control means being configured to guide the cutting tool from the operating condition to the safe condition when said situation of danger is detected, and in that it comprises means for decelerating the retraction of said cutting tool in the transition from said operating configuration to said safe configuration, wherein said means for decelerating the retraction comprise a safety decelerator, of the type with a piston with holes for the passage of the fluid activatable gradually during the operation, the supporting arm being adapted to rest on said decelerator during its rotation, retracting the cutting tool with respect to the worktable . and in that it comprises means for decelerating the retraction of said cutting tool in the transition from said operating configuration to said safe configuration, wherein said means for decelerating the retraction comprise a safety decelerator, of the type with a piston with holes for the passage of the fluid activatable gradually during the operation, the supporting arm being adapted to rest on said decelerator during its rotation, retracting the cutting tool with respect to the worktable .
A network side device comprising: a determining unit , configured to acquire a system message configuration and repetition times requirement information of the system message and determine configuration information according to the system message configuration and the repetition times requirement information of the system message, wherein the configuration information is used to indicate a system message transmission configuration in a system message window; wherein the system message transmission configuration include information about a subframe used when a system message is transmitted; and a transmission unit , configured to send a system message in a subframe indicated by the configuration information to a terminal device; wherein the system message configuration comprises a configuration of a window length of the system message window and a configuration of a system message period, and wherein the determining unit is further configured to determine the configuration information according to a configuration rule agreed by the network side device and the terminal device. a determining unit , configured to acquire a system message configuration and repetition times requirement information of the system message and determine configuration information according to the system message configuration and the repetition times requirement information of the system message, wherein the configuration information is used to indicate a system message transmission configuration in a system message window; wherein the system message transmission configuration include information about a subframe used when a system message is transmitted; and a transmission unit , configured to send a system message in a subframe indicated by the configuration information to a terminal device; wherein the system message configuration comprises a configuration of a window length of the system message window and a configuration of a system message period, and wherein the determining unit is further configured to determine the configuration information according to a configuration rule agreed by the network side device and the terminal device.
Method for storing and transmitting measurement data, wherein difference values (D1 to Dn) between temporally successive measurement values (M1 to Mn) are in each case stored and transmitted as measurement data, wherein - in order to determine a first difference value (D1), a start value (Sw) is defined and the difference between the defined start value (Sw) and a measurement value (M1) recorded for the first time is determined as the first difference value (D1), characterized in that - the respectively determined difference value (D1 to Dn) is compared with a predefined value range (WB) having a maximum difference value (Dmax) and a minimum difference value (Dmin), wherein - the currently determined difference value (D2, D4) is stored if it lies within the predefined value range (WB), and - the maximum difference value (Dmax) or the minimum difference value (Dmin) of the value range (WB) is stored for the currently determined difference value (D1, D3) if the determined difference value (D1, D3) lies outside the value range (WB). - in order to determine a first difference value (D1), a start value (Sw) is defined and the difference between the defined start value (Sw) and a measurement value (M1) recorded for the first time is determined as the first difference value (D1), - the respectively determined difference value (D1 to Dn) is compared with a predefined value range (WB) having a maximum difference value (Dmax) and a minimum difference value (Dmin), wherein - the currently determined difference value (D2, D4) is stored if it lies within the predefined value range (WB), and - the maximum difference value (Dmax) or the minimum difference value (Dmin) of the value range (WB) is stored for the currently determined difference value (D1, D3) if the determined difference value (D1, D3) lies outside the value range (WB).
Device for air-conditioning a room with an climate control unit which has at least one Peltier element at least between two air ducts, which Peltier element transports heat from one air duct to the other air duct by means of electric current, the Peltier element being connected to a power supply, in particular a photovoltaic system, via a control/regulating device in order to preset the heat pumping capacity and heat pumping direction, the climate control unit comprising a heat exchanger , in particular a counterflow heat exchanger, through which room air can flow on the one hand and outside air on the other hand, which heat exchanger has a room air duct and a separate outside air duct , wherein the at least one Peltier element is arranged between the room air duct and the outside air duct and wherein at least parts of the room air duct, the outside air duct and the at least one Peltier element are combined to form a prefabricated structural unit , characterized in that the prefabricated structural unit is arranged on a building wall in a facade (F), in particular an insulating facade.