mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a printed circuit board (310, 410, 510, 610, 710, 810, 910, 1010) comprising at least one element or circuit pattern configured to drive the electronic device; at least one electrode pattern (350, 450, 550, 650, 750, 850, 950, 1050) formed to detect pressure and arranged in a wiring layer included in the printed circuit board; an elastic member (360, 460, 560, 660, 760, 860, 960, 1060) arranged to be at least partially overlapped with the at least one electrode pattern; and a pressure sensor circuit (570, 670) electrically connected to the electrode pattern included in the printed circuit board, wherein the pressure sensor circuit is configured to: apply a voltage to the electrode pattern, and measure intensity of the pressure based on a change in the voltage applied to the electrode pattern. a printed circuit board (310, 410, 510, 610, 710, 810, 910, 1010) comprising at least one element or circuit pattern configured to drive the electronic device; at least one electrode pattern (350, 450, 550, 650, 750, 850, 950, 1050) formed to detect pressure and arranged in a wiring layer included in the printed circuit board; an elastic member (360, 460, 560, 660, 760, 860, 960, 1060) arranged to be at least partially overlapped with the at least one electrode pattern; and a pressure sensor circuit (570, 670) electrically connected to the electrode pattern included in the printed circuit board, wherein the pressure sensor circuit is configured to: apply a voltage to the electrode pattern, and measure intensity of the pressure based on a change in the voltage applied to the electrode pattern. apply a voltage to the electrode pattern, and measure intensity of the pressure based on a change in the voltage applied to the electrode pattern.
A method for selective reduction of an engineered protein in its active conformation comprising at least one non-native cysteine, said protein comprising one or more cysteine moieties conjugated through a disulfide bridge to a low-molecular weight thiol (RS-Cys), said moiety/moieties not being involved in intramolecular S-S bridges (Cys-S-S-Cys) when the protein is in its active form, the method comprising the step of allowing the low-molecular weight thiol-conjugated protein to react with a mixture comprising a redox buffer under non-denaturing conditions, wherein the redox buffer is a redox pair of reduced and oxidized glutathione, and the concentration of the reduced glutathione is in the range of 0.01-2 mM, and the concentration of the oxidized glutathione is in the range of 0.001-0.200 mM, and wherein the protein is a Factor VII polypeptide (FVII/FVIIa).
A data storage and transfer device comprising: a flash memory chip for storing data, and a memory card connector (40, 41),\ characterised in that the data storage and transfer device further comprises: a male connector; a female connector configured to mate with the male connector; and means for controlling a transfer of data to or from at least one of: a memory card (40a, 41a) inserted in the memory card connector (40, 41) from or to the flash memory chip, via the male connector and/or via the female connector; and the flash memory chip from or to the memory card (40a, 41a) inserted into the memory card connector (40, 41), via the male connector and/or via the female connector. a flash memory chip for storing data, and a memory card connector (40, 41),\ characterised in that the data storage and transfer device further comprises: a male connector; a female connector configured to mate with the male connector; and means for controlling a transfer of data to or from at least one of: a memory card (40a, 41a) inserted in the memory card connector (40, 41) from or to the flash memory chip, via the male connector and/or via the female connector; and the flash memory chip from or to the memory card (40a, 41a) inserted into the memory card connector (40, 41), via the male connector and/or via the female connector.
Portable tool with a safety system provided with a gripping and handling body and a moving cutting part, comprising a pair of electrodes, a distal one and a proximal one, arranged on the cutting part downstream of the handling body and at least on the handling body, respectively, the two electrodes being connected to a measurement and assessment unit installed on the handling body, characterised in that - said measurement and assessment unit consists of an integrated circuit touch sensor device provided with a ground connector and with a sense electrode, wherein the ground connector is configured as internal floating ground connected to said proximal electrode or to said distal electrode and the sense electrode coincides with said distal electrode or with said proximal electrode, respectively, and in that - said measurement and assessment unit is configured for acquiring a reference capacity value at least upon turning on the portable tool and for issuing a safety signal when the capacity value measured between said two electrodes varies by a preset difference threshold with respect to said reference value, the safety signal being sent to a tool deactivation actuator. - said measurement and assessment unit consists of an integrated circuit touch sensor device provided with a ground connector and with a sense electrode, wherein the ground connector is configured as internal floating ground connected to said proximal electrode or to said distal electrode and the sense electrode coincides with said distal electrode or with said proximal electrode, respectively, and in that - said measurement and assessment unit is configured for acquiring a reference capacity value at least upon turning on the portable tool and for issuing a safety signal when the capacity value measured between said two electrodes varies by a preset difference threshold with respect to said reference value, the safety signal being sent to a tool deactivation actuator.
A system for coating large area substrates with generally uniform properties comprising: a deposition chamber in which a substrate is positioned, the chamber being maintained at subatmospheric pressure; two or more ETP sources associated with the deposition chamber, each ETP source including an anode, the ETP source producing a plasma jet having a central axis; at least one injector separated from the ETP source and that injects vaporized reagents into the plasma to form a coating that is deposited on the substrate, the injection of the reagents being located within a specified distance from the anode of the ETP source; means for moving the substrate through the deposition chamber; and wherein the vaporized reagents are injected through injector orifices located within a radius of about 2.54 to 101.6 mm (0.1 to 4 inches) from the orifice of the ETP source. a deposition chamber in which a substrate is positioned, the chamber being maintained at subatmospheric pressure; two or more ETP sources associated with the deposition chamber, each ETP source including an anode, the ETP source producing a plasma jet having a central axis; at least one injector separated from the ETP source and that injects vaporized reagents into the plasma to form a coating that is deposited on the substrate, the injection of the reagents being located within a specified distance from the anode of the ETP source; means for moving the substrate through the deposition chamber; and wherein the vaporized reagents are injected through injector orifices located within a radius of about 2.54 to 101.6 mm (0.1 to 4 inches) from the orifice of the ETP source.
An aqueous rinse aid composition consisting of: (a) a sheeting agent; (b) a defoaming agent; (c) one or more of an association disruption agent; and (d) an additional ingredient selected from the group consisting of a carrier, a hydrotrope, a chelating/sequestering agent, and combinations thereof. wherein the sheeting agent comprises at least one compound having the structure represented by formula I: R-O-(CH 2 CH 2 O) n -H wherein R is a (C 1 -C 12) alkyl group, and n is an integer in the range of 1 to 100, and wherein the defoaming agent comprises a polyoxypropylene-polyoxyethylene block copolymer surfactant. and wherein the one or more association disruption agent comprises a C12-C14 fatty alcohol EO/PO surfactant. (a) a sheeting agent; (b) a defoaming agent; (c) one or more of an association disruption agent; and (d) an additional ingredient selected from the group consisting of a carrier, a hydrotrope, a chelating/sequestering agent, and combinations thereof. wherein R is a (C 1 -C 12) alkyl group, and n is an integer in the range of 1 to 100, and wherein the defoaming agent comprises a polyoxypropylene-polyoxyethylene block copolymer surfactant. and wherein the one or more association disruption agent comprises a C12-C14 fatty alcohol EO/PO surfactant.
Method for preparing a fibre-containing substance suspension, in which the fibres of the substance suspension are isolated (fibrillated) and deflaked by dispersing, wherein, during the dispersing in the substance suspension, a flow is generated which is directed downward within the substance suspension, outward in the lower region of the substance suspension, and upward in the outer region of the substance suspension, characterised in that the upwardly directed flow of the substance suspension is guided physically separately from the flow that is directed downward within the substance suspension, and in that the substance suspension is made to flow in a container, wherein the flow that is directed upward in the outer region is guided through an annular gap between the wall of the container and an annular displacement body arranged in the container.
A system for feeding a space vehicle with propellant, the system comprising: • an on-board device comprising: • frame having a feed orifice leading to an on-board tank; and • a valve adapted to act selectively to shut or open said feed orifice; • ground device comprising: • feed duct having a free end; and • control body provided with an actuator; the on-board device and the ground device being configured so as to be capable of being associated so that, in an open configuration, propellant can be transferred from the feed duct to the on-board tank, and in a shut configuration, the on-board tank can be isolated from the feed duct, the actuator being configured so as to control the opening and shutting of the feed orifice by the valve; the system being characterized in that the control body surrounds said free end of the feed duct and in that said actuator surrounds the outer periphery of the feed duct. • an on-board device comprising: • frame having a feed orifice leading to an on-board tank; and • a valve adapted to act selectively to shut or open said feed orifice; • frame having a feed orifice leading to an on-board tank; and • a valve adapted to act selectively to shut or open said feed orifice; • ground device comprising: • feed duct having a free end; and • control body provided with an actuator; • feed duct having a free end; and • control body provided with an actuator;
Method for determining at least one parameter of a particle size distribution in a moving particle flow using at least one microwave resonator, which provides at least two measured values for the particle flow respectively, characterized in that at least one quantile of the particle size distribution is determined from the measured values.
A method by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information of interference measurement resource, IMR, for measuring interferences caused by plural transmission points, TPs; receiving, from the base station, control information related to the terminal including scheduling information on a physical downlink shared channel, PDSCH; determining whether IMR-based interference measurement and PDSCH reception occur at a same subframe based on the configuration information of the IMR and the scheduling information; and transmitting, to the base station, channel state information generated according to a result of the determination. receiving, from a base station, configuration information of interference measurement resource, IMR, for measuring interferences caused by plural transmission points, TPs; receiving, from the base station, control information related to the terminal including scheduling information on a physical downlink shared channel, PDSCH; determining whether IMR-based interference measurement and PDSCH reception occur at a same subframe based on the configuration information of the IMR and the scheduling information; and transmitting, to the base station, channel state information generated according to a result of the determination.
Use of carbon dioxide gas to cure concrete media by applying a pressure differential created through a partial replacement of the original ambient volume of air present in an airtight and pressurizable curing enclosure with pure CO 2 gas, characterized in that the curing enclosure comprises a composite polyurethane/polyurea sprayed inner lining.
A method for detecting respiratory related effort comprising: measuring (a) a facial strain signal with a strain sensor embedded, adhered or otherwise integrated with a cushion, cushion surface or frame of a mask for a respiratory treatment apparatus, the strain sensor being configured to detect changes in face contact compression with a portion of the mask, the changes being indicative of movement due to respiratory effort, or (b) a mouth and/or chin strain signal with a strain sensor located on or integrated in a headgear strap of a headgear supporting a patient interface, the headgear strap being proximate to the patient's chin and/or mouth, to detect tension or compression associated with movement of the patient's chin and/or mouth, analyzing the strain signal, with a processor, to detect respiratory related effort, wherein the analyzing comprises a comparison of the strain signal and a threshold strain value. measuring (a) a facial strain signal with a strain sensor embedded, adhered or otherwise integrated with a cushion, cushion surface or frame of a mask for a respiratory treatment apparatus, the strain sensor being configured to detect changes in face contact compression with a portion of the mask, the changes being indicative of movement due to respiratory effort, or (b) a mouth and/or chin strain signal with a strain sensor located on or integrated in a headgear strap of a headgear supporting a patient interface, the headgear strap being proximate to the patient's chin and/or mouth, to detect tension or compression associated with movement of the patient's chin and/or mouth, (a) a facial strain signal with a strain sensor embedded, adhered or otherwise integrated with a cushion, cushion surface or frame of a mask for a respiratory treatment apparatus, the strain sensor being configured to detect changes in face contact compression with a portion of the mask, the changes being indicative of movement due to respiratory effort, or (b) a mouth and/or chin strain signal with a strain sensor located on or integrated in a headgear strap of a headgear supporting a patient interface, the headgear strap being proximate to the patient's chin and/or mouth, to detect tension or compression associated with movement of the patient's chin and/or mouth, analyzing the strain signal, with a processor, to detect respiratory related effort, wherein the analyzing comprises a comparison of the strain signal and a threshold strain value.
Axle assembly for commercial vehicles, comprising: a linkage element, a first axle element and a second axle element, wherein the first axle element extends essentially along a tube axle and is fixable on a first side of the linkage element, wherein the second axle element is at least partially rotationally symmetric around a stub axle and is fixable at a second side to the linkage element, wherein the tube axle and the stub axle are spaced one from the other in the area of the linkage element, wherein a supporting section is provided, which is fixable at least at the linkage element and/or the first axle element and/or the second axle element, so that a suspension element is supported in a way, that a first surface of the suspension element is intersected at least in parts by at least one of the tube axle or the stub axle, wherein the first axle element and the second axle element are fixable at least one of force-fitted and/or material bonded at the linkage element, wherein the stub axle in the area of the linkage element is spaced from the tube axle by a vertical distance (v), wherein the stub axle in the area of the linkage element is spaced from the tube axle by a horizontal distance (h), characterized in that the ratio of the horizontal distance (h) to the vertical distance (v) is in the range of 0,5 to 3, wherein the supporting section is configured as a single casted piece along with the linkage element. a linkage element, a first axle element and a second axle element, wherein the first axle element extends essentially along a tube axle and is fixable on a first side of the linkage element, wherein the second axle element is at least partially rotationally symmetric around a stub axle and is fixable at a second side to the linkage element, wherein the tube axle and the stub axle are spaced one from the other in the area of the linkage element, wherein a supporting section is provided, which is fixable at least at the linkage element and/or the first axle element and/or the second axle element, so that a suspension element is supported in a way, that a first surface of the suspension element is intersected at least in parts by at least one of the tube axle or the stub axle, wherein the first axle element and the second axle element are fixable at least one of force-fitted and/or material bonded at the linkage element, wherein the stub axle in the area of the linkage element is spaced from the tube axle by a vertical distance (v), wherein the stub axle in the area of the linkage element is spaced from the tube axle by a horizontal distance (h), characterized in that the ratio of the horizontal distance (h) to the vertical distance (v) is in the range of 0,5 to 3, wherein the supporting section is configured as a single casted piece along with the linkage element.
A method for providing a normalized image, comprising the following steps: - receiving a non-normalized image comprising first pixels and non-normalized intensities by an interface, wherein the non-normalized image is a digital subtraction angiography, DSA, image, wherein each of the first pixels is characterized by one of the non-normalized intensities, - determining a subtraction histogram with a calculation unit, wherein the subtraction histogram maps a first intensity to the difference between the relative frequency of the first intensity and the relative frequency of a second intensity within the non-normalized intensities, wherein the first intensity is one of the non-normalized intensities and the second intensity is one of the non-normalized intensities, wherein the second intensity is the negative of the first intensity optionally up to a constant offset, - providing (PROV) a normalized image comprising second pixels and normalized intensities based on the non-normalized image and based on the subtraction histogram with the calculation unit, wherein each of the second pixels is characterized by one of the normalized intensities. - receiving a non-normalized image comprising first pixels and non-normalized intensities by an interface, wherein the non-normalized image is a digital subtraction angiography, DSA, image, wherein each of the first pixels is characterized by one of the non-normalized intensities, - determining a subtraction histogram with a calculation unit, wherein the subtraction histogram maps a first intensity to the difference between the relative frequency of the first intensity and the relative frequency of a second intensity within the non-normalized intensities, wherein the first intensity is one of the non-normalized intensities and the second intensity is one of the non-normalized intensities, wherein the second intensity is the negative of the first intensity optionally up to a constant offset, - providing (PROV) a normalized image comprising second pixels and normalized intensities based on the non-normalized image and based on the subtraction histogram with the calculation unit, wherein each of the second pixels is characterized by one of the normalized intensities.
Glass manufacturing process for the manufacture of glass from raw materials and cullet, comprising the steps of: - preparing the raw materials in the form of a mixture (10, 11, 12); - grinding the cullet into fine cullet; - combining the mixture (10, 11, 12) and the fine cullet to form a standard mixture; - agglomerating the standard mixture, characterised in that - the cullet is ground into fine cullet with a maximum particle size of less than 2 mm, - the whole of the standard mixture is agglomerated, and - the step of agglomeration is carried out by compacting the standard mixture by roller compaction in a roller press, the standard mixture being compacted to achieve a bulk density of the individual granulate particles in the range between 1.4 and 2.5 g/cm 3, wherein - the standard mixture having a moisture content of less than 5% is agglomerated, and - this mixture is then melted, without a drying step for the agglomerated standard mixture. - preparing the raw materials in the form of a mixture (10, 11, 12); - grinding the cullet into fine cullet; - combining the mixture (10, 11, 12) and the fine cullet to form a standard mixture; - agglomerating the standard mixture, characterised in that - the cullet is ground into fine cullet with a maximum particle size of less than 2 mm, - the whole of the standard mixture is agglomerated, and - the step of agglomeration is carried out by compacting the standard mixture by roller compaction in a roller press, the standard mixture being compacted to achieve a bulk density of the individual granulate particles in the range between 1.4 and 2.5 g/cm 3, wherein - the standard mixture having a moisture content of less than 5% is agglomerated, and - this mixture is then melted, without a drying step for the agglomerated standard mixture.