mhurhangee/ep-ind-claims huggingface dataset:
Device for quickly analysing the charge characteristic and the size distribution of particles in the form of individual samples with a measuring vessel, a piston with drive, two electrodes with amplifier for measurement and for further processing of the voltage produced between the electrodes, and also a titration unit, characterized in that a) an outer trap holder, which is removable from the housing, has an insertable measuring vessel as a disposable article and a plunger that dips into the measuring vessel in an oscillating manner and has a plunger casing, which is likewise embodied as a disposable article, wherein the measuring vessel has an RFID code and the plunger has a plunger casing with an RFID code, b) the plunger is connected by means of a coupling to a plunger lever arm that causes the stroke of movements, wherein the amplitude and the frequency of the stroke movement are adjustable separately, c) a measuring probe for the particle size and the viscosity, a pH measuring probe and a temperature sensor extend into the measuring vessel, and e) an operating means is provided, which enables operation according to the desired analysis program and the outputting of the determined analysis values in the desired form of output. a) an outer trap holder, which is removable from the housing, has an insertable measuring vessel as a disposable article and a plunger that dips into the measuring vessel in an oscillating manner and has a plunger casing, which is likewise embodied as a disposable article, wherein the measuring vessel has an RFID code and the plunger has a plunger casing with an RFID code, b) the plunger is connected by means of a coupling to a plunger lever arm that causes the stroke of movements, wherein the amplitude and the frequency of the stroke movement are adjustable separately, c) a measuring probe for the particle size and the viscosity, a pH measuring probe and a temperature sensor extend into the measuring vessel, and e) an operating means is provided, which enables operation according to the desired analysis program and the outputting of the determined analysis values in the desired form of output.
A method for energy recovery in a freeze-drying system, the method comprising: flowing a first fluid through a first fluid flow path of a first fluid line that passes through a refrigerant condenser and a heat exchanger, wherein the first fluid line is thermally coupled to the refrigerant condenser and the heat exchanger; flowing a second fluid through a second fluid flow path of a second fluid line that passes through the heat exchanger and one or more shelves disposed within a chamber of the freeze-drying system, wherein the second fluid flow path passes through the one or more shelves and bypasses the heat exchanger, and wherein the second fluid line is thermally coupled to the one or more shelves; and following the completion of a freeze-drying process, flowing the second fluid through a third fluid flow path of the second fluid line, wherein the third fluid flow path passes through the one or more shelves and the heat exchanger, characterised in that flowing the second fluid through the third fluid flow path thermally couples the one or more shelves to the heat exchanger to facilitate transfer of heat from the refrigerant condenser-produced to the one or more shelves, flowing a first fluid through a first fluid flow path of a first fluid line that passes through a refrigerant condenser and a heat exchanger, wherein the first fluid line is thermally coupled to the refrigerant condenser and the heat exchanger; flowing a second fluid through a second fluid flow path of a second fluid line that passes through the heat exchanger and one or more shelves disposed within a chamber of the freeze-drying system, wherein the second fluid flow path passes through the one or more shelves and bypasses the heat exchanger, and wherein the second fluid line is thermally coupled to the one or more shelves; and following the completion of a freeze-drying process, flowing the second fluid through a third fluid flow path of the second fluid line, wherein the third fluid flow path passes through the one or more shelves and the heat exchanger, characterised in that flowing the second fluid through the third fluid flow path thermally couples the one or more shelves to the heat exchanger to facilitate transfer of heat from the refrigerant condenser-produced to the one or more shelves,
Method for measuring liquid micro-flows of a micro-pump in a watertight caisson, thermally insulated and regulated in temperature and in atmospheric pressure, characterised in that it comprises: - an optical pick-up of the passage of a micro-bubble at the inlet and at the outlet of a micro- pipette; and in parallel - an instantaneous video acquisition of the displacement of the micro-bubble in the micro- pipette by a camera; - a processing of the optical pick-up measurements suitable for measuring an average flow; - an analysis of the data image by image from the instantaneous video acquisition in order to measure an instant flow; and - a detection of a malfunction of said micro-pump by comparison of the average flow and of the instant flow measured with respect to predetermined values. - an optical pick-up of the passage of a micro-bubble at the inlet and at the outlet of a micro- pipette; and in parallel - an instantaneous video acquisition of the displacement of the micro-bubble in the micro- pipette by a camera; - a processing of the optical pick-up measurements suitable for measuring an average flow; - an analysis of the data image by image from the instantaneous video acquisition in order to measure an instant flow; and - a detection of a malfunction of said micro-pump by comparison of the average flow and of the instant flow measured with respect to predetermined values.
Tube arrangement with a tube for chemical, biological or biotechnological matter and a carrier, wherein the carrier is adapted allowing a positioning of more than three tubes such that the tubes and the carrier can be handled as a unit and such that it is formed as an adapter which can be positioned in a rotor of a thermal cycler and the tube has a positioning element, the positioning element shaped for engagement in a corresponding structure provided in the carrier, characterized in that the positioning element is formed as an integral part of a cap being an integral part of the tube and the tubes are single tubes.
An annular knife comprising at least: a. an annular knife holder; b. an annular knife blade; c. a handle or a robot connection unit; and d. at least one orientation sensor; wherein said sensor is mounted within the knife's solid parts. a. an annular knife holder; b. an annular knife blade; c. a handle or a robot connection unit; and d. at least one orientation sensor;
Linear compressor with a pump chamber, in which a piston can move back and forth, a frame (1, 2) permanently connected to the pump chamber, on which frame (1, 2) an oscillating body is retained so that it can move back and forth via at least one spring (4, 5), at least one electromagnet mounted to the frame (1, 2) for driving the back and forth movement of the oscillating body and a transformer rod, which is connected to the piston by a first joint and to the oscillating body by a second joint, characterised in that the first and the second joint (11, 12) are in each case formed by a resiliently pliable bar and the bar (11, 12) is in each case embodied in one piece with the transformer rod and thinner than said rod.
A portable communication device having a control unit, characterized in that said portable communication device comprises at least one internal sensor (12, 13, 14, 15) for acquiring information about a state of said portable communication device and/or information about conditions external to said portable communication device including image information about the surrounding area, wherein the control unit is designed for establishing a communication link between said portable communication device and an emergency station upon a predetermined emergency criterion relating to the acquired information being fulfilled and once said emergency criterion is fulfilled, the control unit is designed for establishing the communication link between said portable communication device and the emergency station only when said portable communication device remains at standstill for a first predetermined period of time.
An apparatus for wireless communication, the apparatus comprising means for receiving messages from other wireless communication devices (110, 130) while operating in a communication mode where the apparatus is not discoverable by other wireless communication devices; means for carrying out a proximity-based device selection, configured to initiate the proximity-based device selection for a second wireless communication device in response to receiving, from a first wireless communication device, one or more control messages that indicate presence of said second device, while operating in the not discoverable communication mode; and means for invoking one or more predefined actions, configured to invoke at least one of said predefined actions in dependence of an identity of said second device in response to said proximity-based device selection having resulted in selecting said second device.
An assembly comprising: an aircraft component that is heated when in use; a resistance temperature detector comprising: an additively manufactured resistance element that changes resistance value as its temperature changes, wherein the resistance element comprises one or more layers of a conductive ink selected from the group consisting of carbon loaded, nano-carbon loaded, and nano-silver conductive inks; and one or more electrical leads connected to the resistance element; and further comprising a controller electrically connected to the resistance temperature detector through the one or more electrical leads, wherein the controller is capable of analyzing temperature data from the resistance temperature detector to determine the power ON and OFF times for the aircraft component that is heated when in use. an aircraft component that is heated when in use; a resistance temperature detector comprising: an additively manufactured resistance element that changes resistance value as its temperature changes, wherein the resistance element comprises one or more layers of a conductive ink selected from the group consisting of carbon loaded, nano-carbon loaded, and nano-silver conductive inks; and one or more electrical leads connected to the resistance element; and further comprising an additively manufactured resistance element that changes resistance value as its temperature changes, wherein the resistance element comprises one or more layers of a conductive ink selected from the group consisting of carbon loaded, nano-carbon loaded, and nano-silver conductive inks; and one or more electrical leads connected to the resistance element; and further comprising a controller electrically connected to the resistance temperature detector through the one or more electrical leads, wherein the controller is capable of analyzing temperature data from the resistance temperature detector to determine the power ON and OFF times for the aircraft component that is heated when in use.
Position sensor device for sensing a position of an actuator having an electric motor which is controlled by a control unit, having: - an IC housing, - a position sensor, - control lines (4, 5) with motor connections, wherein the control lines (4, 5) are designed to supply an electric motor with a voltage which is applied by a control unit via the motor connections, wherein at least one of the motor connections of the electric motor is designed to provide the position sensor with a clocked positive voltage, wherein the position sensor is designed to take the electrical energy for its operation via the control lines (4, 5) of the motor connections, and - a rectifier circuit for rectifying and filtering the clocked voltage of the motor connections (4, 5), wherein the rectifier circuit comprises: - a bridge circuit with diodes, - a series resistor, - a storage capacitor, and - a voltage controller, wherein the rectifier circuit is combined with an evaluation circuit of the position sensor in an integrated circuit which is integrated in the IC housing of the position sensor, wherein the output signals from the position sensor remain independent of the supply voltage of the position sensor within a stipulated range. - an IC housing, - a position sensor, - control lines (4, 5) with motor connections, wherein the control lines (4, 5) are designed to supply an electric motor with a voltage which is applied by a control unit via the motor connections, wherein at least one of the motor connections of the electric motor is designed to provide the position sensor with a clocked positive voltage, wherein the position sensor is designed to take the electrical energy for its operation via the control lines (4, 5) of the motor connections, and - a rectifier circuit for rectifying and filtering the clocked voltage of the motor connections (4, 5), wherein the rectifier circuit comprises: - a bridge circuit with diodes, - a series resistor, - a storage capacitor, and - a voltage controller, wherein the rectifier circuit is combined with an evaluation circuit of the position sensor in an integrated circuit which is integrated in the IC housing of the position sensor, wherein the output signals from the position sensor remain independent of the supply voltage of the position sensor within a stipulated range. - a bridge circuit with diodes, - a series resistor, - a storage capacitor, and - a voltage controller,
A system for an aircraft comprising: an ice rate meter probe operable to acquire a measured liquid water content (Measured LWC); and an ice rate module in communication with said ice rate meter probe, characterized in that said ice rate module is operable to determine a virtual aspiration factor, said virtual aspiration factor including a factor which is a function of at least a water drop size, and to determine a representation of an actual liquid water content using at least said virtual aspiration factor and the Measured LWC, wherein said representation is suitable for use to adjust at least a portion of a deice system. an ice rate meter probe operable to acquire a measured liquid water content (Measured LWC); and an ice rate module in communication with said ice rate meter probe, characterized in that said ice rate module is operable to determine a virtual aspiration factor, said virtual aspiration factor including a factor which is a function of at least a water drop size, and to determine a representation of an actual liquid water content using at least said virtual aspiration factor and the Measured LWC, wherein said representation is suitable for use to adjust at least a portion of a deice system.
Method for drying salts containing water of crystallisation in convective devices, characterised in that drying takes place above a certain defined moisture content, for example an absolute moisture content of 10%, in the drying gas, where the moisture content of the drying gas is set above the defined moisture value by fully recirculating the gas, where the evaporated water is discharged from the loop by means of condensation and the moisture content of the drying gas is set with the aid of the condenser temperature.
A method for release of a subsea clamp connector, the clamp connector comprising at least two clamp segments (102,103) hinged to move pivotally, a drive screw connecting the clamp segments by threaded engagement with trunnions (108,109) arranged rotatable in the pivoting ends of the clamp segments, the threads of the drive screw and trunnions turned such that the trunnions travel along the drive screw in mutually opposite directions when the drive screw is turned, the method comprising: forming a bore in the length direction of the drive screw, providing a waterjet cutting tool with a sideways pointing nozzle in a forward end, the waterjet cutting tool having an outer diameter that is smaller than the bore diameter, inserting the waterjet cutting tool into the bore, rotating the waterjet cutting tool inside the bore while feeding high-pressure water through the nozzle, towards the wall of the drive screw, until the wall of the drive screw is cut through. forming a bore in the length direction of the drive screw, providing a waterjet cutting tool with a sideways pointing nozzle in a forward end, the waterjet cutting tool having an outer diameter that is smaller than the bore diameter, inserting the waterjet cutting tool into the bore, rotating the waterjet cutting tool inside the bore while feeding high-pressure water through the nozzle, towards the wall of the drive screw, until the wall of the drive screw is cut through.
A cleaner comprising: a body forming an external appearance; and a spin-mop cleaning module supporting the body and comprising at least one spin mop (120a, 120b) provided to come into contact with a floor while rotating in a clockwise direction or in a counterclockwise direction when viewed from an upper side, wherein the at least one spin mop (120a, 120b) rotates about a tilting rotational axis so that an inclination angle of a lower surface of the spin mop (120a, 120b) is changeable relative to a horizontal plane, and wherein the spin-mop cleaning module further comprises at least one elastic member configured to apply an elastic force so that the inclination angle is increased, characterized in that the at least one spin mop (120a, 120b) comprises a left spin mop (120a, 120b) and a right spin mop arranged at left and right sides; and a downward inclination direction of a lower surface of the left spin mop and a downward inclination direction of a lower surface of the right spin mop are bilaterally symmetrical to each other. a body forming an external appearance; and a spin-mop cleaning module supporting the body and comprising at least one spin mop (120a, 120b) provided to come into contact with a floor while rotating in a clockwise direction or in a counterclockwise direction when viewed from an upper side, wherein the at least one spin mop (120a, 120b) rotates about a tilting rotational axis so that an inclination angle of a lower surface of the spin mop (120a, 120b) is changeable relative to a horizontal plane, and wherein the spin-mop cleaning module further comprises at least one elastic member configured to apply an elastic force so that the inclination angle is increased, characterized in that the at least one spin mop (120a, 120b) comprises a left spin mop (120a, 120b) and a right spin mop arranged at left and right sides; and a downward inclination direction of a lower surface of the left spin mop and a downward inclination direction of a lower surface of the right spin mop are bilaterally symmetrical to each other.
A method for acquiring a spectrum representative of a particle, comprising the following steps: - illuminating the particle with a light source; - detecting, using a photodetector, light radiation emitted or scattered by said particle under the effect of the illumination and acquiring a spectrum from the detected light radiation; wherein the method comprises: i) acquiring a first elementary spectrum (S 1) and forming an initial combined spectrum (S C,i=0) from the first elementary spectrum, the duration of the acquisition of the first elementary spectrum being determined to prevent any degradation of the particle; ii) acquiring a current elementary spectrum (S i); iii) taking into account a reference spectrum (S ref); iv) determining an acceptance criterion (C i) of the current elementary spectrum (S i), the acceptance criterion corresponding to a deviation between the current elementary spectrum (S i) and the reference spectrum (S ref); v) depending on the acceptance criterion (C i): - accepting the current elementary spectrum (S i) and updating the combined spectrum (S C,i) by adding the current elementary spectrum (S i) to the initial combined spectrum (S C,i=0) or to the combined spectrum resulting from a preceding iteration (S C,i-1); - or rejecting the current elementary spectrum; vi) reiterating ii) to vi), or exiting from the iteration; vii) determining a spectrum, representative of the particle, depending on the combined spectrum (Sc,i) obtained in v) of the last iteration. - illuminating the particle with a light source; - detecting, using a photodetector, light radiation emitted or scattered by said particle under the effect of the illumination and acquiring a spectrum from the detected light radiation; i) acquiring a first elementary spectrum (S 1) and forming an initial combined spectrum (S C,i=0) from the first elementary spectrum, the duration of the acquisition of the first elementary spectrum being determined to prevent any degradation of the particle; ii) acquiring a current elementary spectrum (S i); iii) taking into account a reference spectrum (S ref); iv) determining an acceptance criterion (C i) of the current elementary spectrum (S i), the acceptance criterion corresponding to a deviation between the current elementary spectrum (S i) and the reference spectrum (S ref); v) depending on the acceptance criterion (C i): - accepting the current elementary spectrum (S i) and updating the combined spectrum (S C,i) by adding the current elementary spectrum (S i) to the initial combined spectrum (S C,i=0) or to the combined spectrum resulting from a preceding iteration (S C,i-1); - or rejecting the current elementary spectrum; - accepting the current elementary spectrum (S i) and updating the combined spectrum (S C,i) by adding the current elementary spectrum (S i) to the initial combined spectrum (S C,i=0) or to the combined spectrum resulting from a preceding iteration (S C,i-1); - or rejecting the current elementary spectrum; vi) reiterating ii) to vi), or exiting from the iteration; vii) determining a spectrum, representative of the particle, depending on the combined spectrum (Sc,i) obtained in v) of the last iteration.