mhurhangee/ep-ind-claims huggingface dataset:
A circuit that reduces third-order intennodulation, IM3, product distortion, the circuit comprising: a transconductance amplifier comprising a first transistor configured to conduct a first current related to a voltage difference between a first terminal and a second terminal of the first transistor, the first terminal being a base or a gate and being coupled to receive an RF input voltage (Vin) having a DC component and an AC component, the first transistor also having a third terminal for conducting the first current controlled by Vin; and an IM3 canceller circuit comprising a second transistor A configured to conduct a second current related to a voltage difference between a fourth terminal and a fifth terminal of the second transistor, the fourth terminal being a base or a gate and being coupled to substantially receive only the DC component of Vin, the fifth terminal coupled to substantially receive only the AC component of Vin, the second transistor also having a sixth terminal for conducting the second current controlled by the AC component such that an increase in the first current conducted by first transistor occurs during a decrease in the second current conducted by the second transistor, and vice versa, wherein the third terminal of the first transistor is coupled to the sixth terminal of the second transistor such that the second current at least partially offsets IM3 distortion. a transconductance amplifier comprising a first transistor configured to conduct a first current related to a voltage difference between a first terminal and a second terminal of the first transistor, the first terminal being a base or a gate and being coupled to receive an RF input voltage (Vin) having a DC component and an AC component, the first transistor also having a third terminal for conducting the first current controlled by Vin; and an IM3 canceller circuit comprising a second transistor A configured to conduct a second current related to a voltage difference between a fourth terminal and a fifth terminal of the second transistor, the fourth terminal being a base or a gate and being coupled to substantially receive only the DC component of Vin, the fifth terminal coupled to substantially receive only the AC component of Vin, the second transistor also having a sixth terminal for conducting the second current controlled by the AC component such that an increase in the first current conducted by first transistor occurs during a decrease in the second current conducted by the second transistor, and vice versa, wherein the third terminal of the first transistor is coupled to the sixth terminal of the second transistor such that the second current at least partially offsets IM3 distortion.
Composite arrangement (100, 200, 300) for covering a flat light for motor vehicles, having an inner surface and an outer surface, the composite arrangement (100, 200, 300) having at least one layer which absorbs a force action, the at least one layer comprising structures (4, 9, 101, 201, 301a, 301b) made of a first transparent polymeric material having a modulus of elasticity E > 2000 MPa, and wherein the at least one layer comprises a second transparent material with which interstices (6, 7, 10, 103, 303a, 303b) located between the structures (4, 9, 101, 201, 301a, 301b) are at least partially filled, characterised in that the second transparent material is a liquid with a viscosity of < 10 6 mPa sec or a liquid containing fillers with a viscosity of < 10 6 mPa sec or a gel-like material, and that the second transparent material behaves dilatantly.
A method performed by a wireless transmit/receive unit, WTRU, the WTRU having a manual mode, the method comprising: receiving, via at least one of an Open Mobile Alliance Device Management, OMA DM, or a subscriber identity module over-the-air, SIM OTA, communications connection, a configuration corresponding to a public land mobile network, PLMN, the configuration causing the WTRU in the manual mode to display one or more closed subscriber group, CSG, identification, ID, not included in an allowed CSG list, ACL, for the PLMN and an operator CSG list, OCL, for the PLMN. receiving, via at least one of an Open Mobile Alliance Device Management, OMA DM, or a subscriber identity module over-the-air, SIM OTA, communications connection, a configuration corresponding to a public land mobile network, PLMN, the configuration causing the WTRU in the manual mode to display one or more closed subscriber group, CSG, identification, ID, not included in an allowed CSG list, ACL, for the PLMN and an operator CSG list, OCL, for the PLMN.
A method for improving the mechanical and hydraulic characteristics of soils, wherein said method comprises: - a step of providing tension members or nails including anchoring an anchoring portion of said tension members or nails in the soil to be improved and including fixing a second end portion of said tension members or nails substantially at the surface of the soil to be improved; said method being characterized in that it comprises - a step of injecting cement mixtures or synthetic mixtures into the volume of soil to be improved below said surface by using independent cannulas; said mixture injection step being performed after said step of providing said tension members or nails. - a step of providing tension members or nails including anchoring an anchoring portion of said tension members or nails in the soil to be improved and including fixing a second end portion of said tension members or nails substantially at the surface of the soil to be improved; said method being characterized in that it comprises - a step of injecting cement mixtures or synthetic mixtures into the volume of soil to be improved below said surface by using independent cannulas; said mixture injection step being performed after said step of providing said tension members or nails.
A halogen-free resin composition, characterized in that, it comprises the following components: alkyl phenol epoxy resin; benzoxazine resin; alkyl phenol novolac curing agent; phosphorus-containing flame retardant. alkyl phenol epoxy resin; benzoxazine resin; alkyl phenol novolac curing agent; phosphorus-containing flame retardant.
A mass intake air flow measurement device integrally incorporating a mass air flow measurement device for measuring a mass intake air flow in an air intake tube and a humidity sensing device for sensing humidity in the air intake tube, the mass intake airflow measurement device comprising: a mass air flow sensing element for sensing the mass intake air flow, the mass air flow sensing element being mounted in a bypass passage into which part of air flowing in the air intake tube is drawn; and a humidity sensing device for sensing humidity, characterized in that the humidity sensing device being mounted in a second bypass passage opened in the bypass passage. a mass air flow sensing element for sensing the mass intake air flow, the mass air flow sensing element being mounted in a bypass passage into which part of air flowing in the air intake tube is drawn; and a humidity sensing device for sensing humidity, characterized in that the humidity sensing device being mounted in a second bypass passage opened in the bypass passage.
An enteral-feeding device comprising: an automatable feeding pump configured for delivering feeding solution; characterised in that the device comprises; a control device having a feedback sensor for sensing a pressure gradient between the pressure in a patient's stomach and the pressure in a patient's esophagus, said control device being configured for controlling and monitoring the pump's feeding rate to the patient as a function of said pressure gradient (ΔP). an automatable feeding pump configured for delivering feeding solution; characterised in that the device comprises; a control device having a feedback sensor for sensing a pressure gradient between the pressure in a patient's stomach and the pressure in a patient's esophagus, said control device being configured for controlling and monitoring the pump's feeding rate to the patient as a function of said pressure gradient (ΔP).
Method for detecting a leak in an energy converter system containing a gas, wherein a pressure regulator is used for closed-loop control of a gas pressure in the energy converter system, the pressure regulator comprises a gas metering valve and the method comprises the following steps: a. measuring an input pressure of the pressure regulator and measuring an output pressure of the pressure regulator, b. measuring an output variable of the energy converter system and calculating a gas requirement in the energy converter system on the basis of the output variable of the energy converter system, c. determining a first calculated flow through the pressure regulator on the basis of the measured input pressure of the pressure regulator and the measured output pressure of the pressure regulator, d. determining a second calculated flow through the pressure regulator on the basis of the gas requirement, e. comparing the first calculated flow with the second calculated flow by forming a first comparison value from the first calculated flow and the second calculated flow, f. determining a first threshold and producing a fault signal if the magnitude of the first comparison value is greater than the first threshold. a. measuring an input pressure of the pressure regulator and measuring an output pressure of the pressure regulator, b. measuring an output variable of the energy converter system and calculating a gas requirement in the energy converter system on the basis of the output variable of the energy converter system, c. determining a first calculated flow through the pressure regulator on the basis of the measured input pressure of the pressure regulator and the measured output pressure of the pressure regulator, d. determining a second calculated flow through the pressure regulator on the basis of the gas requirement, e. comparing the first calculated flow with the second calculated flow by forming a first comparison value from the first calculated flow and the second calculated flow, f. determining a first threshold and producing a fault signal if the magnitude of the first comparison value is greater than the first threshold.
A mesh for an atomizer assembly comprising a first surface, a second surface and a plurality of nozzles extending between the first surface and the second surface, wherein the first surface is at least partially coated with a hydrophilic coating or the second surface is at least partially coated with a hydrophobic coating, wherein the nozzles define an inner surface and wherein the inner surface is at least partially coated with a hydrophilic coating.
Laminated glass, comprising: soda lime glass; and non-tempered alkali-free glass bonded to one surface of the soda lime glass, wherein the non-tempered alkali-free glass is alkali-free glass containing less than 1% of an oxide of an alkali metal based on a mass percentage indication of an oxide conversion, wherein the thickness of the soda lime glass is larger than the thickness of the non-tempered alkali-free glass, and the elastic modulus of the non-tempered alkali-free glass is larger than the elastic modulus of the soda lime glass, wherein the elastic modulus of the non-tempered alkali-free glass and the soda lime glass is measured through a three-point bending test. soda lime glass; and non-tempered alkali-free glass bonded to one surface of the soda lime glass, wherein the non-tempered alkali-free glass is alkali-free glass containing less than 1% of an oxide of an alkali metal based on a mass percentage indication of an oxide conversion, wherein the thickness of the soda lime glass is larger than the thickness of the non-tempered alkali-free glass, and the elastic modulus of the non-tempered alkali-free glass is larger than the elastic modulus of the soda lime glass, wherein the elastic modulus of the non-tempered alkali-free glass and the soda lime glass is measured through a three-point bending test.
Device for compacting a sliver on a spinning machine, having a driven, revolving compaction element which is acted on by suction air and which has a drive element (28, 29) which, in an operating position, forms a drive connection with a driven element (7, 7z) of the spinning machine while forming a first gearing stage, characterized in that a second gearing stage is provided between the drive element (28, 29) of the compaction element of the first gearing stage and the compaction element wherby the drive element (28, 29) has a ring-shaped design, the inner surface of which in the operating position rests on a partial area of a circular peripheral surface of a rotatably supported projection which is in drive connection with the compaction element.
A machine for producing bags, including a station for forming a tubular body for forming into a tubular body a band of flexible material transversely perforated at intervals, a holding station for retaining the tubular body, a folding station for forming a bottom at the end of the tubular body, the folding station including a drum and a folding roller mounted to rotate about axes parallel to one another, the folding roller including a folding blade for folding a flap at the end of the tubular body in co-operation with a clamp at the periphery of the drum so as to form the bottom, the folding station including tear-off means comprising a tear-off bar for clamping the tubular body against the drum, the folding station and the holding station being configured jointly to exert traction on the tubular body when the perforations are between the two stations and to detach a portion of the tubular body, the machine being characterized in that the tear-off bar is arranged to separate the tubular body portion when the bottom of said tubular body portion has already been formed, the machine including control means for controlling the rotation of the drum in order to synchronize it with the front of the tubular body.
A method for controlling a fleet of electrical equipment comprising a plurality of domestic hot water production tanks (101, 102, 103), the method comprising the steps of: - acquiring the load curve of the fleet at a given time step (t), over a given period, - extracting the load curve corresponding to the plurality of tanks (101, 102, 103) from the load curve of the fleet, - extracting the load curve corresponding to each tank (101, 102, 103) from the extracted load curve of the plurality of tanks (101, 102, 103), and - controlling the set of tanks (101, 102, 103) from the extracted load curves corresponding to each tank (101, 102, 103). - acquiring the load curve of the fleet at a given time step (t), over a given period, - extracting the load curve corresponding to the plurality of tanks (101, 102, 103) from the load curve of the fleet, - extracting the load curve corresponding to each tank (101, 102, 103) from the extracted load curve of the plurality of tanks (101, 102, 103), and - controlling the set of tanks (101, 102, 103) from the extracted load curves corresponding to each tank (101, 102, 103).
A coupling-releasing device for an airbag actuator cable for a vehicles with two or more wheels, comprising at least one coupling unit (2, 2') adapted to be installed on board a of the vehicle, said at least one coupling unit (2, 2') being operable between a closed configuration for retaining an end of the airbag actuator cable and an open configuration for releasing said end of the airbag actuator cable, characterized in that it further comprises at least one electric actuator operatively connected to said at least one coupling unit (2, 2') to operate said at least one coupling unit (2, 2') between said closed configuration and said open configuration, and at least one micro switch which is adapted to detect the position of parking means of the vehicle and is configured to send an electric signal to said at least one electric actuator to operate said at least one coupling unit (2, 2') from said closed configuration to said open configuration when a parked condition of the vehicle is detected by said at least one micro switch.
An electromechanical system for generating a cardiac-pulmonary resuscitation -corrupted electrocardiogram signal, comprising: an ECG signal generator configured to be electrically coupled to a first contact of an automated external defibrillator; and a backend circuit, characterized in that the backend circuit further comprises a potentiometer electrically coupled to the ECG signal generator and configured to be electrically coupled to a second contact of the AED; and a compression mechanism configured to: receive a vertical force; and adjust an impedance of the potentiometer according to the vertical force; wherein the compression mechanism comprises: a rack having a plurality of teeth and an initial position, wherein the rack is configured to translate to a second position according to the vertical force; and a gear with a plurality of teeth engaged with the teeth of the rack such that the gear rotates according to the translation of the rack; and wherein the potentiometer is a rotary potentiometer having a shaft coupled to the gear such that the rotation of the gear adjusts the impedance of the potentiometer, thereby generating a cardiac-pulmonary resuscitation -corrupted electrocardiogram signal. an ECG signal generator configured to be electrically coupled to a first contact of an automated external defibrillator; and a backend circuit, characterized in that the backend circuit further comprises a potentiometer electrically coupled to the ECG signal generator and configured to be electrically coupled to a second contact of the AED; and a compression mechanism configured to: receive a vertical force; and adjust an impedance of the potentiometer according to the vertical force; receive a vertical force; and adjust an impedance of the potentiometer according to the vertical force; wherein the compression mechanism comprises: a rack having a plurality of teeth and an initial position, wherein the rack is configured to translate to a second position according to the vertical force; and a gear with a plurality of teeth engaged with the teeth of the rack such that the gear rotates according to the translation of the rack; and a rack having a plurality of teeth and an initial position, wherein the rack is configured to translate to a second position according to the vertical force; and a gear with a plurality of teeth engaged with the teeth of the rack such that the gear rotates according to the translation of the rack; wherein the potentiometer is a rotary potentiometer having a shaft coupled to the gear such that the rotation of the gear adjusts the impedance of the potentiometer, thereby generating a cardiac-pulmonary resuscitation -corrupted electrocardiogram signal.
A microfluidic device comprising: a plurality of capture configurations; a plurality of multi-chamber reaction configurations, wherein each respective multi-chamber reaction configuration is coupled with a respective capture configuration from the plurality of capture configurations; wherein the multi-chamber reaction configurations each comprise: a first reaction chamber coupled to the capture configuration, a second reaction chamber coupled to the first reaction chamber through two non-overlapping fluid flow paths, valves positioned to fluidically isolate the first and second reaction chambers from each other, and a peristaltic pump comprising multiple valves. a plurality of capture configurations; a plurality of multi-chamber reaction configurations, wherein each respective multi-chamber reaction configuration is coupled with a respective capture configuration from the plurality of capture configurations; wherein the multi-chamber reaction configurations each comprise: a first reaction chamber coupled to the capture configuration, a second reaction chamber coupled to the first reaction chamber through two non-overlapping fluid flow paths, a first reaction chamber coupled to the capture configuration, a second reaction chamber coupled to the first reaction chamber through two non-overlapping fluid flow paths, valves positioned to fluidically isolate the first and second reaction chambers from each other, and a peristaltic pump comprising multiple valves.
Construction element including at least one module (2, 20, 200) with a rectangular parallelepiped shape, hollow and made of a composite material, delimited by an enclosure with four panels, two first opposite parallel panels and two second panels perpendicular to said first panels, the second panels including at least one groove parallel to the first panels in the vertical direction of the module (2, 20, 200) and each second panel is extended on one side by an L-shaped profile, the module (2, 20, 200) being characterised in that each second panel is extended on the other side by a flat profile, the profiles (7, 8) being elements protruding outwards, parallel to the groove and extending the second panels in a direction perpendicular to the first panels.
An abrasive article comprising: an organic bond material; abrasive particles contained within the organic bond material; and a plasticizer contained within the organic bond material, characterized in that the plasticizer comprises at least one of an aromatic phenyl group, a heteroaromatic furyl group, or a saturated aliphatic hydrocarbon, and wherein the plasticizer comprises at least one polar group and is selected from the group consisting of methyl benzoate, ethyl benzoate, propyl benzoate, methyl anthranilate, 5-methylfurfural, 2'-aminoacetophenone, α-amylcinnamaldehyde, m-anisaldehyde, p-anisaldehyde, cuminaldehyde, dimethyl anthranilate, ethyl 2-aminobenzoate, 4-ethylbenzaldhyde, o-tolualdehyde, salicylaldehyde, p-tolualdehyde, and combinations thereof, and wherein the abrasive article comprises a ratio AAC PL /AAC OBM of not greater than 0.25, where AAC PL is the content of plasticizer in weight percent for a total weight of the abrasive article and AAC OBM is the content of organic bond material in weight percent for a total weight of the abrasive article. an organic bond material; abrasive particles contained within the organic bond material; and a plasticizer contained within the organic bond material, characterized in that the plasticizer comprises at least one of an aromatic phenyl group, a heteroaromatic furyl group, or a saturated aliphatic hydrocarbon, and wherein the plasticizer comprises at least one polar group and is selected from the group consisting of methyl benzoate, ethyl benzoate, propyl benzoate, methyl anthranilate, 5-methylfurfural, 2'-aminoacetophenone, α-amylcinnamaldehyde, m-anisaldehyde, p-anisaldehyde, cuminaldehyde, dimethyl anthranilate, ethyl 2-aminobenzoate, 4-ethylbenzaldhyde, o-tolualdehyde, salicylaldehyde, p-tolualdehyde, and combinations thereof, and wherein the abrasive article comprises a ratio AAC PL /AAC OBM of not greater than 0.25, where AAC PL is the content of plasticizer in weight percent for a total weight of the abrasive article and AAC OBM is the content of organic bond material in weight percent for a total weight of the abrasive article.