mhurhangee/ep-ind-claims huggingface dataset:
A security unit, comprising an overvoltage protection circuit and an alarm indication circuit connected in parallel, wherein: an initial state of the overvoltage protection circuit is a high-impedance state; the overvoltage protection circuit switches to a conductive state when a voltage across two ends thereof is greater than a breakdown voltage, and switches to an open-circuit state when a current flowing thereinto is greater than a current threshold and duration of the current exceeds a time threshold; the alarm indication circuit outputs an alarm signal when a voltage across two ends thereof is greater than a voltage threshold; characterized in that: the alarm indication circuit comprises a first current-limiting module, a second current-limiting module, and an alarm module; the first current-limiting module and the second current-limiting module are connected in series; and one end of the alarm module is connected between the first current-limiting module and the second current-limiting module, and another end thereof is grounded. an initial state of the overvoltage protection circuit is a high-impedance state; the overvoltage protection circuit switches to a conductive state when a voltage across two ends thereof is greater than a breakdown voltage, and switches to an open-circuit state when a current flowing thereinto is greater than a current threshold and duration of the current exceeds a time threshold; the alarm indication circuit outputs an alarm signal when a voltage across two ends thereof is greater than a voltage threshold; characterized in that: the alarm indication circuit comprises a first current-limiting module, a second current-limiting module, and an alarm module; the first current-limiting module and the second current-limiting module are connected in series; and one end of the alarm module is connected between the first current-limiting module and the second current-limiting module, and another end thereof is grounded. the alarm indication circuit comprises a first current-limiting module, a second current-limiting module, and an alarm module; the first current-limiting module and the second current-limiting module are connected in series; and one end of the alarm module is connected between the first current-limiting module and the second current-limiting module, and another end thereof is grounded.
Method for preparing and processing natural fibers, the method comprising the following steps: 1) preparing a biomass containing fibers and comprising at most 50 % by weight dry matter; 2) adding water to produce a suspension containing the biomass; 3) extracting the natural fibers from the biomass; 4) separating the liquid out from the suspension; 5) repeating at least one of steps 2) to 4) at least once, the suspension containing at least one medium for finishing the fibers during the final repetition of at least one of steps 2) to 4); 6) drying the natural fibers. 1) preparing a biomass containing fibers and comprising at most 50 % by weight dry matter; 2) adding water to produce a suspension containing the biomass; 3) extracting the natural fibers from the biomass; 4) separating the liquid out from the suspension; 5) repeating at least one of steps 2) to 4) at least once, the suspension containing at least one medium for finishing the fibers during the final repetition of at least one of steps 2) to 4); 6) drying the natural fibers.
Device for mounting a damper on a body of a motor vehicle, comprising a damper cup of composite material integrated in the body, the device comprising a support plate intended to be interposed between the damper and the damper cup and having fixing elements allowing the fixing of one end of the damper to the support plate, and configured so as to absorb the compression forces of the damper and rest against the damper cup in a manner distributing these forces over the entire contact interface between the support plate and the damper cup, the device also comprising elements (14, 15, 16, 17, 18, 19) for fixing the support plate to the damper cup, characterized in that the damper cup is formed from two separate lower and upper parts (101, 102), each formed from composite material, and in that the support plate comes to rest against the lower part, being the lower and upper parts (101, 102) shaped and joined together so as to delimit on the inside a hollow body, and in that the elements (14, 15, 16, 17, 18, 19) for fixing the support plate to the damper cup comprise bracing elements between the lower and upper parts (101, 102) inside the hollow body in the direction of orientation of the support of the support plate against the damper cup.
A method for welding thermoplastic rotor blade components (58, 60) together, the method comprising: arranging a first thermoplastic rotor blade component and a second thermoplastic rotor blade component together at an interface; determining a size of a tolerance gap between the first and second thermoplastic rotor blade components (58, 60) at the interface; placing a thermoplastic insert between the first and second thermoplastic rotor blade components (58, 60) at the interface, the thermoplastic insert being larger than the tolerance gap; heating the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) such that the thermoplastic insert begins to flow so as to fill the tolerance gap between the first and second thermoplastic rotor blade components (58, 60); applying pressure to the interface such that the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) remain substantially in direct contact with each other at the interface; and, welding the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) together at the interface, wherein the heat and the applied pressure between the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) at the interface maintain the thermoplastic insert and the first and second rotor blade components (58, 60) substantially in direct contact at the interface during welding. arranging a first thermoplastic rotor blade component and a second thermoplastic rotor blade component together at an interface; determining a size of a tolerance gap between the first and second thermoplastic rotor blade components (58, 60) at the interface; placing a thermoplastic insert between the first and second thermoplastic rotor blade components (58, 60) at the interface, the thermoplastic insert being larger than the tolerance gap; heating the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) such that the thermoplastic insert begins to flow so as to fill the tolerance gap between the first and second thermoplastic rotor blade components (58, 60); applying pressure to the interface such that the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) remain substantially in direct contact with each other at the interface; and, welding the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) together at the interface, wherein the heat and the applied pressure between the thermoplastic insert and the first and second thermoplastic rotor blade components (58, 60) at the interface maintain the thermoplastic insert and the first and second rotor blade components (58, 60) substantially in direct contact at the interface during welding.
A Wnt antagonist for use in inhibiting growth of a neuroendocrine cancer or in the treatment of neuroendocrine cancer, wherein the Wnt antagonist is an antibody that specifically binds more than one frizzled receptor selected from the group consisting of FZD1, FZD2, FZD5, FZD7, and FZD8, wherein the antibody inhibits ligand binding to the FZD receptors and inhibits Wnt signalling.
A device for measuring the impedance during a medical procedure being performed on a patient, the device comprising: an electrode capable of being used in the medical procedure; a plurality of patches operationally located on a body surface of the patient; and a sensor for measuring a signal between the electrode and at least one of the plurality of patches, the measured signal being processed using a processor using a first filter, which filters the measured signal to produce a first impedance result, and a second filter, which filters the measured signal to produce a second impedance result, and combining the result of the first filter and the second filter using a weighting of the filters to provide a measurement of the impedance, wherein the impedance indicates the end of the medical procedure. an electrode capable of being used in the medical procedure; a plurality of patches operationally located on a body surface of the patient; and a sensor for measuring a signal between the electrode and at least one of the plurality of patches, the measured signal being processed using a processor using a first filter, which filters the measured signal to produce a first impedance result, and a second filter, which filters the measured signal to produce a second impedance result, and combining the result of the first filter and the second filter using a weighting of the filters to provide a measurement of the impedance, wherein the impedance indicates the end of the medical procedure.
Crude oil sampling device for sampling crude oil from a crude oil conveying pipeline to a spectroscopy analysis device and comprising - a fast loop system which can be connected to the crude oil conveying pipeline, and - a sample conditioning system cabinet connected to the fast loop system and which can be connected to the spectroscopy analysis device wherein the fast loop system comprises a first filter and a pump and the sample conditioning system cabinet comprises a grabber connected to the fast loop system, said grabber having a grabber sampling volume Vgr comprised between 1 and 100 cubic centimetres, a second filter and a double actuation syringe which has a double actuation syringe sampling volume Vse comprised between 100 and 10 000 cubic centimetres, said double actuation syringe being a syringe comprising a retractable and extendable piston for routing in and out of, respectively, the syringe the crude oil to be sampled, and which can be connected to the spectroscopy analysis device for analysing a part or all of the double actuation syringe sampling volume Vse wherein the ratio between the double actuation syringe sampling volume Vse in cm3 and the grabber sampling volume Vgr in cm3 is comprised between 50 and 500. - a fast loop system which can be connected to the crude oil conveying pipeline, and - a sample conditioning system cabinet connected to the fast loop system and which can be connected to the spectroscopy analysis device
Electromechanically actuatable vehicle brake having an improved piston, wherein at least one compensating element, which prevents unwanted component oscillations in the radial direction R, is provided in the area of a coupling between a spindle-nut-assembly and the piston, characterized in that the compensating element is embodied as an insert for the piston, in that a wall of the piston comprises a receptacle for the compensating element, and in that the compensating element for forming a preassembled piston functional unit is disposed so as to be fastened to the piston.
Beverage preparation machine, in particular a capsule-based machine, comprising a card reading arrangement (23, 24) for reading user identification information uniquely identifying a user from a card, a memory for storing processing steps for which an authentication is necessary and for storing associations between user identification information and said processing steps of the machine, a control unit adapted to initiate execution of a stored processing step only in case of a match between the associated user identification information and the read user identification information, a communication module for communicating with an external server via a communication network (501, 502, 511), characterised in that in the memory a communication step with said external server and relating to an identified user is stored in association with the user identification information, and wherein the control unit is adapted to carry out said identified user-related communication step only in case that the read user information matches the user identification information associated to said communication step.
A chamber for a differential air pressure system, the chamber comprising: an inflatable enclosure including a user seal that comprises an adjustable opening that is capable of receiving and sealing around a user's body so that at least a portion of the user's body is sealed into the chamber; wherein the adjustable opening comprises one or more cams and wherein a sufficiently airtight junction is formed between the user's body and the one or more cams so that a nonzero differential pressure can be sustained in the chamber, and the adjustable opening is capable of accommodating a range of user body sizes; characterised in that the chamber further comprises: a height adjustable frame positioned around the enclosure, the height adjustable frame capable of supporting a user's body weight in the event of a trip or a fall, wherein the height adjustable frame comprises a rear vertical support, a front vertical support and a support bar coupled to the inflatable enclosure and extending between the rear vertical support and the front vertical support and wherein at least one of the rear and front vertical supports comprises a height adjustment apparatus for engaging the support bar to allow for adjustment of the height of the support bar. an inflatable enclosure including a user seal that comprises an adjustable opening that is capable of receiving and sealing around a user's body so that at least a portion of the user's body is sealed into the chamber; wherein the adjustable opening comprises one or more cams and wherein a sufficiently airtight junction is formed between the user's body and the one or more cams so that a nonzero differential pressure can be sustained in the chamber, and the adjustable opening is capable of accommodating a range of user body sizes; characterised in that the chamber further comprises: a height adjustable frame positioned around the enclosure, the height adjustable frame capable of supporting a user's body weight in the event of a trip or a fall, wherein the height adjustable frame comprises a rear vertical support, a front vertical support and a support bar coupled to the inflatable enclosure and extending between the rear vertical support and the front vertical support and wherein at least one of the rear and front vertical supports comprises a height adjustment apparatus for engaging the support bar to allow for adjustment of the height of the support bar. a height adjustable frame positioned around the enclosure, the height adjustable frame capable of supporting a user's body weight in the event of a trip or a fall, wherein the height adjustable frame comprises a rear vertical support, a front vertical support and a support bar coupled to the inflatable enclosure and extending between the rear vertical support and the front vertical support and wherein at least one of the rear and front vertical supports comprises a height adjustment apparatus for engaging the support bar to allow for adjustment of the height of the support bar.
A injection molding system comprising: injection molding machine; a pressure sensor configured to sense an injection pressure; a proportional-integral-derivative controller operatively connected to the pressure sensor and configured to control the injection pressure of the injection molding machine based upon an error between the sensed injection pressure and a pressure setpoint indicated by a control model, the PID controller having (i) a first gain associated with a proportional component; (ii) a second gain associated with an integral component; and (iii) a third gain associated with a derivative component; at least one other sensor configured to generate sensor data indicative of other operating parameters of the injection molding machine; and a tuning controller operatively connected to the at least one other sensor and to the PID controller, wherein within a mold cycle that defines a plurality of setpoint injection pressure values, the tuning controller configured to: obtain, from the at least one other sensor, the generated sensor data; based on the sensor data, determine a gain adjustment for at least one of the first, second, and third gains; and adjust, using the determined gain adjustment, at least one of the first, second, and third gains. injection molding machine; a pressure sensor configured to sense an injection pressure; a proportional-integral-derivative controller operatively connected to the pressure sensor and configured to control the injection pressure of the injection molding machine based upon an error between the sensed injection pressure and a pressure setpoint indicated by a control model, the PID controller having (i) a first gain associated with a proportional component; (ii) a second gain associated with an integral component; and (iii) a third gain associated with a derivative component; at least one other sensor configured to generate sensor data indicative of other operating parameters of the injection molding machine; and a tuning controller operatively connected to the at least one other sensor and to the PID controller, wherein within a mold cycle that defines a plurality of setpoint injection pressure values, the tuning controller configured to: obtain, from the at least one other sensor, the generated sensor data; based on the sensor data, determine a gain adjustment for at least one of the first, second, and third gains; and adjust, using the determined gain adjustment, at least one of the first, second, and third gains. obtain, from the at least one other sensor, the generated sensor data; based on the sensor data, determine a gain adjustment for at least one of the first, second, and third gains; and adjust, using the determined gain adjustment, at least one of the first, second, and third gains.
Voltage converter for converting a first DC voltage, which is applied to a primary side of the voltage converter, into a second DC voltage, which is applied to a secondary side of the voltage converter, the voltage converter being designed in a modular manner with a multiplicity of converter modules, which are connected to one another on the primary side on the one hand and are connected to one another on the secondary side on the other hand, the converter modules each being designed as a multiple active bridge, full-resonant topology, current source topology or impedance source topology with a respective transformer connected between the primary side and the secondary side of a converter module, the transformers of the converter modules being magnetically coupled to one another, characterized in that the magnetic coupling between the converter modules is formed by a magnetic core (6, 7) magnetically connecting their transformers, the magnetic core being constructed in modular fashion from individual core modules, which can each be removed and/or replaced separately for each transformer module, or the individual converter modules are each formed with their own transformers, the transformers, which are magnetically coupled to one another, being coupled to one another in a mechanically detachable manner, so that an individual transformer or an individual transformer winding (14, 24) can be replaced.
A Curing chamber (1, 1') for curing and drying a flat printed product printed with at least one UV-curing dye, comprising - a first chamber wall which comprises a cooling surface or is a cooling surface, - a second chamber wall, which is opposite to the first chamber wall, with at least one UV lamp (11, 11') directed towards the cooling surface being arranged on or in the second chamber wall, - third and fourth chamber walls arranged opposite to one another, and between the first and second chamber walls, which comprise an insertion slot or an output slot and form the corresponding slot towards the first chamber wall, - fifth and sixth opposite side walls arranged between the first and second chamber wall, wherein a cooling gas inlet (3, 3') or a gas outlet (4, 4') is arranged on or near the third or fourth chamber wall and the cooling gas inlet is an inert gas inlet which comprises at least a flat nozzle (12, 12''), or a corresponding linear nozzle arrangement (12, 12'') with an exit plane of the cooling gas, which is directed in the transport direction in parallel or at an acute angle against the cooling surface, so that also counter-vortices are formed to the transport direction, or a second row of nozzles is provided, which is directed against the transport direction. - a first chamber wall which comprises a cooling surface or is a cooling surface, - a second chamber wall, which is opposite to the first chamber wall, with at least one UV lamp (11, 11') directed towards the cooling surface being arranged on or in the second chamber wall, - third and fourth chamber walls arranged opposite to one another, and between the first and second chamber walls, which comprise an insertion slot or an output slot and form the corresponding slot towards the first chamber wall, - fifth and sixth opposite side walls arranged between the first and second chamber wall,
Use of a solution of a gelatin derivative in combination with at least one amino acid, wherein said at least one amino acid is a lysine, selected from D-lysine, L-lysine and polylysine or a mixture of a lysine and a second amino acid, selected from arginine and ornithine, if desired in the form of a pharmaceutically acceptable salt or carboxylic acid derivative, for the preparation of a composition for inhibiting renal uptake of radiolabelled peptides used in radiotherapy, that are potentially damaging for the kidneys, in a living being, wherein the gelatin derivative is a gelatin-based plasma extender, in particular Gelofusine R, and wherein the gelatin derivative is a synthetic colloidal solution of urea cross-linked degraded gelatin, in particular Haemaccel R.