mhurhangee/ep-ind-claims huggingface dataset:
Operator control method for a display apparatus of a vehicle, wherein the display apparatus has a touch-sensitive surface, comprising: - displaying a first output on the display apparatus in a region of the display apparatus, wherein the region is bounded by a first border and a second border, opposite the latter in a first direction, and also by a third border and a fourth border, opposite the latter in a second direction, - detecting a movement of an operator relative to the touch-sensitive surface, characterized by - automatically dividing the region along the first direction into a first subregion and a second subregion if the detected movement runs from the first border to the second border, - automatically dividing the region along the second direction into a first subregion and a second subregion if the detected movement runs from the third border to the fourth border, and - displaying the first output on the first subregion and displaying a second output on the second subregion. - displaying a first output on the display apparatus in a region of the display apparatus, wherein the region is bounded by a first border and a second border, opposite the latter in a first direction, and also by a third border and a fourth border, opposite the latter in a second direction, - detecting a movement of an operator relative to the touch-sensitive surface, characterized by - automatically dividing the region along the first direction into a first subregion and a second subregion if the detected movement runs from the first border to the second border, - automatically dividing the region along the second direction into a first subregion and a second subregion if the detected movement runs from the third border to the fourth border, and - displaying the first output on the first subregion and displaying a second output on the second subregion.
A kit comprising: a cataplasma patch, wherein a cataplasma composition is applied to a nonwoven fabric; said cataplasma composition comprising: a profen drug; a hydrophilic polymer; and a solubilizer, wherein the hydrophilic polymer is at least one selected from the group consisting of partially neutralized polyacrylate, and sodium carboxymethylcellulose; the profen drug is ibuprofen, loxoprofen, ketoprofen, dexibuprofen, flurbiprofen, or pranoprofen; the solubilizer is at least one of propylene glycol, polyethylene glycol, L-menthol, Pharmasolve and N-methyl-2-pyrrolidone; said cataplasma patch having a pH of 5 to 6; an iontophoretic device configured to form an electric circuit in the cataplasma patch, to be applied to a local area of skin, and the skin so that an electric current flows; electrically conductive gel to be applied or water to be sprayed onto the outer surface of the nonwoven fabric. a cataplasma patch, wherein a cataplasma composition is applied to a nonwoven fabric; said cataplasma composition comprising: a profen drug; a hydrophilic polymer; and a solubilizer, wherein the hydrophilic polymer is at least one selected from the group consisting of partially neutralized polyacrylate, and sodium carboxymethylcellulose; the profen drug is ibuprofen, loxoprofen, ketoprofen, dexibuprofen, flurbiprofen, or pranoprofen; the solubilizer is at least one of propylene glycol, polyethylene glycol, L-menthol, Pharmasolve and N-methyl-2-pyrrolidone; said cataplasma patch having a pH of 5 to 6; an iontophoretic device configured to form an electric circuit in the cataplasma patch, to be applied to a local area of skin, and the skin so that an electric current flows; electrically conductive gel to be applied or water to be sprayed onto the outer surface of the nonwoven fabric.
A method comprising: detecting a threat event in an access zone of a monitored facility; identifying the access zone by determining the GPS coordinates of a first GPS device located in the access zone; identifying a plurality of other devices geographically located in the access zone; collecting data relevant to the threat event from the first GPS device and the plurality of other devices; and transmitting the data relevant to the threat event to a mobile device of an authority figure dispatched to the monitored facility. detecting a threat event in an access zone of a monitored facility; identifying the access zone by determining the GPS coordinates of a first GPS device located in the access zone; identifying a plurality of other devices geographically located in the access zone; collecting data relevant to the threat event from the first GPS device and the plurality of other devices; and transmitting the data relevant to the threat event to a mobile device of an authority figure dispatched to the monitored facility.
A method of separately sequencing each strand of a double stranded target nucleic acid comprising the steps of: a) in a reaction mixture, joining a double stranded target nucleic acid to an adaptor to form an adapted target nucleic acid wherein the adaptor comprises primer binding sites; b) amplifying the adapted target nucleic acid with a pair of primers complementary to the primer binding sites thereby forming an amplicon, wherein one primer in the pair of primers comprises a modified nucleotide affecting a rate of digestion by an exonuclease; c) contacting the reaction mixture with an exonuclease thereby eliminating from the reaction mixture the first of the two complementary strands of the amplicon; d) circularizing the second of the two complementary strands of the amplicon to form a single stranded circle; e) annealing a sequencing primer to the single stranded circle; f) extending the primer thereby sequencing one strand of the target nucleic acid. a) in a reaction mixture, joining a double stranded target nucleic acid to an adaptor to form an adapted target nucleic acid wherein the adaptor comprises primer binding sites; b) amplifying the adapted target nucleic acid with a pair of primers complementary to the primer binding sites thereby forming an amplicon, wherein one primer in the pair of primers comprises a modified nucleotide affecting a rate of digestion by an exonuclease; c) contacting the reaction mixture with an exonuclease thereby eliminating from the reaction mixture the first of the two complementary strands of the amplicon; d) circularizing the second of the two complementary strands of the amplicon to form a single stranded circle; e) annealing a sequencing primer to the single stranded circle; f) extending the primer thereby sequencing one strand of the target nucleic acid.
A vaccine composition comprising: an adjuvant composition comprising a medium chain triglyceride, a polymer of acrylic or methacrylic acid, cholesterol, and a saponin; and an antigen, wherein the adjuvant does not comprise lecithin. an adjuvant composition comprising a medium chain triglyceride, a polymer of acrylic or methacrylic acid, cholesterol, and a saponin; and an antigen, wherein the adjuvant does not comprise lecithin.
A computer program product comprising computer program code means which, when executed on a ventilation support system having a positive airway pressure device, a physiological sensor arrangement and a computer, cause the ventilation support system to perform all of the steps of a computer implemented method of controlling the positive airway pressure device for providing ventilation support therapy, wherein the positive airway pressure device is configured to deliver pressurized air to a subject, during subject inspiration and expiration, according to a therapeutic pressure protocol, the method comprising: receiving physiological data from the physiological sensor arrangement, wherein the physiological data comprises chest movement data and abdominal movement data; running a detection algorithm configured to: determine an expiration pressure burden based on the chest movement data and the abdominal movement data, perform a comparison of the chest movement data and the abdominal movement data to at least one threshold, determine whether the expiration pressure burden is indicative of hyperinflation based on the comparison; running a pressure adjustment algorithm, in response to determining the expiration pressure burden is indicative of hyperinflation, wherein the pressure adjustment algorithm is configured to generate a pressure adjustment instruction for adjusting the therapeutic pressure protocol based on the determined expiration pressure burden; and outputting the pressure adjustment instruction to adjust the therapeutic pressure protocol based on the determined expiration pressure burden. receiving physiological data from the physiological sensor arrangement, wherein the physiological data comprises chest movement data and abdominal movement data; running a detection algorithm configured to: determine an expiration pressure burden based on the chest movement data and the abdominal movement data, perform a comparison of the chest movement data and the abdominal movement data to at least one threshold, determine whether the expiration pressure burden is indicative of hyperinflation based on the comparison; determine an expiration pressure burden based on the chest movement data and the abdominal movement data, perform a comparison of the chest movement data and the abdominal movement data to at least one threshold, determine whether the expiration pressure burden is indicative of hyperinflation based on the comparison; running a pressure adjustment algorithm, in response to determining the expiration pressure burden is indicative of hyperinflation, wherein the pressure adjustment algorithm is configured to generate a pressure adjustment instruction for adjusting the therapeutic pressure protocol based on the determined expiration pressure burden; and outputting the pressure adjustment instruction to adjust the therapeutic pressure protocol based on the determined expiration pressure burden.
A non-naturally occurring or engineered composition comprising a vector system comprising one or more vectors comprising I. a first regulatory element operably linked to a CRISPR-Cas system chimeric RNA (chiRNA) polynucleotide sequence, wherein the polynucleotide sequence comprises (a) a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate sequence, and (c) a tracr sequence, and II. a second regulatory element operably linked to an enzyme-coding sequence encoding a CRISPR enzyme comprising at least one or more nuclear localization sequences (NLSs) in the proximity of a terminus of the CRISPR enzyme, wherein (a), (b) and (c) are arranged in a 5' to 3' orientation, wherein components I and II are located on the same or different vectors of the system, wherein when transcribed, the tracr mate sequence hybridizes to the tracr sequence and the guide sequence directs sequence-specific binding of a CRISPR complex to the target sequence, wherein the CRISPR complex comprises the CRISPR enzyme complexed with the guide sequence that is hybridized to the target sequence, and the tracr mate sequence that is hybridized to the tracr sequence, and wherein the chimeric RNA polynucleotide sequence comprises two or more hairpins. I. a first regulatory element operably linked to a CRISPR-Cas system chimeric RNA (chiRNA) polynucleotide sequence, wherein the polynucleotide sequence comprises (a) a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate sequence, and (c) a tracr sequence, and (a) a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate sequence, and (c) a tracr sequence, and II. a second regulatory element operably linked to an enzyme-coding sequence encoding a CRISPR enzyme comprising at least one or more nuclear localization sequences (NLSs) in the proximity of a terminus of the CRISPR enzyme,
A hydroelectric turbine comprising a stator; a rotor housed for rotation within the stator; at least one magnetic repulsion bearing at least partially supporting the rotor within the stator, in which the magnetic bearing comprises rotor magnets mounted to the rotor in a substantially annular array and stator magnets mounted to the stator in opposing alignment to the rotor magnets such as to generate an axial reactive force about the circumference of the rotor in at least one direction, characterized in that the stator magnets being radially offset with respect to the rotor magnets at least one location on the stator so as to generate a radial reactive force.
A device for grinding rails on the track during a passage with a) a rolling chassis and wheel tyres arranged thereon to travel on the rails to be ground, b) a grinding body frame driven by the rolling chassis, c) grinding bodies held in the grinding body frame, which can be offset in rotation around the rotational axis of the grinding body, and which can be mounted against the surface of a rail to be ground d) as well as at least one shielding element provided laterally beside the grinding bodies, in the running direction of the wheel tyres, to catch and retain abrasion particles and sparks generated during the grinding process, characterised in that the shielding element always contains a laminated material made of a synthetic resin reinforced ith mineral particles, on its surface which is exposed to flying abrasion particles and sparks. a) a rolling chassis and wheel tyres arranged thereon to travel on the rails to be ground, b) a grinding body frame driven by the rolling chassis, c) grinding bodies held in the grinding body frame, which can be offset in rotation around the rotational axis of the grinding body, and which can be mounted against the surface of a rail to be ground d) as well as at least one shielding element provided laterally beside the grinding bodies, in the running direction of the wheel tyres, to catch and retain abrasion particles and sparks generated during the grinding process,
Domestic appliance, in particular an extractor hood, comprising a motor driven appliance component, comprising a drive device having a shaft, a tension means being fastened to the shaft by means of a tension-means fastening device, the tension-means fastening device comprising an inner coil part and an outer coil part, the inner coil part comprising an inner sleeve body and a shaft receptacle for the shaft of the drive device, the outer coil part comprising an outer sleeve body and a tension-means outlet for the tension means, the external diameter of the inner sleeve body being smaller than the inner diameter of the outer sleeve body, and the inner sleeve body being received, at least in portions, in the outer sleeve body, the shaft being received in the shaft receptacle, characterised in that the inner coil part comprises a tension-means holder for an end portion of the tension means and the end portion of the tension means is held in the tension-means holder and a portion of the tension means adjacent to the end portion is held between the inner sleeve body and the outer sleeve body in the manner of an interference fit.
A system comprising: a processor; a first electrode and a second electrode configured to be disposed in a fluid sample; a reference power supply that is galvanically isolated from the processor and configured to provide a predetermined voltage at the first electrode; a sense resistor having a first side coupled to the reference power supply and a second side, opposite the first, coupled to the first electrode; a comparison circuit having a first input coupled to the first side of the sense resistor and a second input coupled to the second side of the sense resistor and the first electrode, and configured to output one or more signals to the processor indicative of the voltage drop across the sense resistor and the voltage provided at the first electrode; and a comparison power supply configured to provide electrical power to the comparison circuit; wherein the comparison circuit power supply is a single, unipolar power supply; and the processor is configured to (i) adjust the voltage provided by the reference power supply based on the one or more signals indicative of the voltage provided at the first electrode so that the voltage at the first electrode is the predetermined voltage, and (ii) determine the concentration of chlorine in the fluid sample based on the voltage drop across the sense resistor and the predetermined voltage provided to the first electrode. a processor; a first electrode and a second electrode configured to be disposed in a fluid sample; a reference power supply that is galvanically isolated from the processor and configured to provide a predetermined voltage at the first electrode; a sense resistor having a first side coupled to the reference power supply and a second side, opposite the first, coupled to the first electrode; a comparison circuit having a first input coupled to the first side of the sense resistor and a second input coupled to the second side of the sense resistor and the first electrode, and configured to output one or more signals to the processor indicative of the voltage drop across the sense resistor and the voltage provided at the first electrode; and a comparison power supply configured to provide electrical power to the comparison circuit; wherein the comparison circuit power supply is a single, unipolar power supply; and the processor is configured to (i) adjust the voltage provided by the reference power supply based on the one or more signals indicative of the voltage provided at the first electrode so that the voltage at the first electrode is the predetermined voltage, and (ii) determine the concentration of chlorine in the fluid sample based on the voltage drop across the sense resistor and the predetermined voltage provided to the first electrode.
An annular auto-balancing mechanism comprising an annular shaped housing (1, 1 a) that is filled with fluid of specific viscosity, characterized in that balancing weights (2, 2a, 3) rotate around a series of circularly set supporting axes, which allows for the construction of an annular shaped mechanism, which in turn, allows the mechanism to be installed on the front side of a drum for unobstructed opening and closing of the door of a washing machine, on the one hand, and maximal utilization of the mechanism's volume, on the other hand.
A medical prosthesis (202, 402) for blocking or reducing tear flow through a punctum or canaliculus of a human eye and delivering a drug to the eye that comprises: a punctal plug made as a single material that comprises a dehydrated covalently crosslinked synthetic hydrophilic polymer hydrogel (202, 402), with dimensions to pass through a puncta lacrimali, with the dehydrated hydrogel (202, 402) absorbing physiological water to swell to at least 1 mm in cross-sectional width and conformably fit a canaliculus, with the hydrogel (202, 402) comprising a therapeutic agent dispersed through the hydrogel (202, 402) for release to an eye, with the hydrogel (202, 402) having a water content of at least about 50% by weight or volume when allowed to fully hydrate in vitro in physiological saline, with the therapeutic agent being present in the hydrogel in a phase that is discontinuous from the hydrogel,-wherein the hydrogel (202, 402) is a reaction product of a first synthetic water soluble polymer comprising polyethylene glycol comprising at least three first functional groups and a second synthetic water soluble polymer that comprises at least three second functional groups selected from the group consisting of amine and thiol with the first and second functional groups reacting with each other to form covalent bonds and thereby form the hydrogel (202, 402) as a synthetic crosslinked hydrogel (202, 402).
Restraint coupling for coupling at least one pipe (2a, 2b) comprising • a main body including a through hole with a middle axis, • at least one end ring extending around the middle axis, and • a plurality of wedge-shaped gripping elements, provided around the middle axis in an annular arrangement, • wherein each gripping element has a toothed surface adapted to contact the pipe (2a, 2b) and a slanted surface slanted with respect to the toothed surface, the slanted surface being in contact with an inside surface of the end ring, • wherein the end ring can be clamped to the main body via mounting elements thereby pressing the inside surface of the end ring against the slanted surface of each gripping element to shift each gripping element towards the middle axis, • characterized in that the gripping elements are arranged in a non-linked fashion with each gripping element being provided independent from each other gripping element between the main body and the end ring. • a main body including a through hole with a middle axis, • at least one end ring extending around the middle axis, and • a plurality of wedge-shaped gripping elements, provided around the middle axis in an annular arrangement, • wherein each gripping element has a toothed surface adapted to contact the pipe (2a, 2b) and a slanted surface slanted with respect to the toothed surface, the slanted surface being in contact with an inside surface of the end ring, • wherein the end ring can be clamped to the main body via mounting elements thereby pressing the inside surface of the end ring against the slanted surface of each gripping element to shift each gripping element towards the middle axis, • characterized in that the gripping elements are arranged in a non-linked fashion with each gripping element being provided independent from each other gripping element between the main body and the end ring.
Chisel holder for a soil working machine, in particular a road milling machine, which has a chisel receptacle in the region of a working side and which directly or indirectly carries a plug-in attachment on a plug-in attachment side of a supporting body, the supporting body having two abutment surfaces (first or second abutment surfaces (29.1, 29.4)) forming an abutment surface pair, which abutment surfaces are at an angle (ε1,ε2,) to one another, characterized in that the supporting body has at least one further abutment surface (29.1, 29.4) which is at an angle (γ', ω) to the two abutment surfaces (29.1, 29.4) of the pair of abutment surfaces, the abutment surfaces (29.1, 29.4) being usable for load transfer into a base part, in that the two abutment surfaces (29. 1, 29.4) of the pair of abutment surfaces are arranged in the direction of advance of the chisel holder at least in some regions in front of the plug-in attachment and the further abutment surface (29.1, 29.4) is arranged at least in some regions behind the plug-in attachment in the direction opposite to the direction of advance, or in that the two abutment surfaces (29.1, 29.4) of the pair of abutment surfaces are arranged at least regionally behind the plug-in attachment counter to the feed direction and the further abutment surface (29.1, 29.4) is arranged at least regionally in front of the plug-in attachment in the feed direction. characterized in that the supporting body has at least one further abutment surface (29.1, 29.4) which is at an angle (γ', ω) to the two abutment surfaces (29.1, 29.4) of the pair of abutment surfaces, the abutment surfaces (29.1, 29.4) being usable for load transfer into a base part, in that the two abutment surfaces (29. 1, 29.4) of the pair of abutment surfaces are arranged in the direction of advance of the chisel holder at least in some regions in front of the plug-in attachment and the further abutment surface (29.1, 29.4) is arranged at least in some regions behind the plug-in attachment in the direction opposite to the direction of advance, or in that the two abutment surfaces (29.1, 29.4) of the pair of abutment surfaces are arranged at least regionally behind the plug-in attachment counter to the feed direction and the further abutment surface (29.1, 29.4) is arranged at least regionally in front of the plug-in attachment in the feed direction.