mhurhangee/patent-ind-claim-en huggingface dataset:
A desalination system comprising: a controller; a salt water tank operable to receive salt water therein; a solar collector in fluid communication with the salt water tank and adapted to receive salt water therein; a first pump operable to pump salt water from the salt water tank into the solar collector; a photovoltaic (PV) panel operable to convert incident solar energy to electrical energy, and operable to supply electrical energy to the first pump; a water condenser tank in fluid communication with the first pump and arranged to receive water vapour from the solar collector and to condense such received water vapour; and a temperature detector operable to generate a temperature signal indicative of a temperature of the solar collector, and to supply such a temperature signal to the controller, wherein the controller is arranged to receive a temperature signal from the temperature detector, and is operable to control the first pump in dependence upon such a received temperature signal, such that the first pump operates to transfer saltwater from the saltwater tank to the solar collector when the temperature signal is indicative of a predetermined temperature.. a controller; a salt water tank operable to receive salt water therein; a solar collector in fluid communication with the salt water tank and adapted to receive salt water therein; a first pump operable to pump salt water from the salt water tank into the solar collector; a photovoltaic (PV) panel operable to convert incident solar energy to electrical energy, and operable to supply electrical energy to the first pump; a water condenser tank in fluid communication with the first pump and arranged to receive water vapour from the solar collector and to condense such received water vapour; and a temperature detector operable to generate a temperature signal indicative of a temperature of the solar collector, and to supply such a temperature signal to the controller, wherein the controller is arranged to receive a temperature signal from the temperature detector, and is operable to control the first pump in dependence upon such a received temperature signal, such that the first pump operates to transfer saltwater from the saltwater tank to the solar collector when the temperature signal is indicative of a predetermined temperature..
A method performed by a New Radio, NR, wireless device for increasing throughput, the method comprising: receiving a configuration for at least one Long Term Evolution, LTE, Cell-Specific Reference Signal, CRS; and using the at least one LTE CRS for Channel State Information, CSI, feedback when the LTE CRS is configured with 1, 2, or 4 ports for the CSI feedback. receiving a configuration for at least one Long Term Evolution, LTE, Cell-Specific Reference Signal, CRS; and using the at least one LTE CRS for Channel State Information, CSI, feedback when the LTE CRS is configured with 1, 2, or 4 ports for the CSI feedback.
A braking control device, comprising: a regenerative braking control part for carrying out regenerative braking only at the drive wheels of the front and back wheels based on a deceleration request operation; a wheel speed differential detection part for determining the wheel speed differential (S) between the driven wheel speed and the regenerative braking wheel speed (step S3); characterized in that it further comprises: a regenerative restriction part for restricting the regenerative braking amount when the wheel speed differential (S) exceeds a restriction initiation threshold value, the regenerative restriction part, during restriction of the regenerative braking amount, repeatedly carrying out restriction in accordance with a large restriction phase in which the gradient of the regenerative braking amount is decreased and restriction in accordance with a small restriction phase in which the decrease in gradient is less than the decrease in the large restriction phase. a regenerative braking control part for carrying out regenerative braking only at the drive wheels of the front and back wheels based on a deceleration request operation; a wheel speed differential detection part for determining the wheel speed differential (S) between the driven wheel speed and the regenerative braking wheel speed (step S3); a regenerative restriction part for restricting the regenerative braking amount when the wheel speed differential (S) exceeds a restriction initiation threshold value, the regenerative restriction part, during restriction of the regenerative braking amount, repeatedly carrying out restriction in accordance with a large restriction phase in which the gradient of the regenerative braking amount is decreased and restriction in accordance with a small restriction phase in which the decrease in gradient is less than the decrease in the large restriction phase.
Arrangement for aligning a raised load (F), comprising a rigid carrier element and at least two tension cords secured to and extending down from the carrier element , the lower ends of which tension cords are designed for securing at respective different load engagement points on the load (F), wherein a constituent part of at least one tension cord is a length adjustment device extending between an upper connection point and a lower connection point , characterized in that the length adjustment device has a housing pivotably secured to the upper connection point and a drive shaft which is mounted rotatably in the housing and along which a drive wheel , a friction disc brake , a load wheel and a gear mechanism , which couples the drive shaft to the load wheel , are arranged, in that the load wheel is provided over its circumference with chain link cavities for the individual chain links of a chain sling (25.1) guided around the load wheel , and in that the chain sling (25.1) is secured by way of one of its ends at the lower connection point .
A method of manufacturing a bent member having a bent portion which is bent three-dimensionally intermittently or continuously in its lengthwise direction comprising supporting a hollow elongated metal material having a closed transverse cross-sectional shape at a first position while feeding it in its lengthwise direction, forming a high temperature portion which moves in the axial direction of the metal material by performing induction heating of the metal material at a second position located downstream of the first position in the feed direction of the metal material using an induction heating coil and cooling the metal material at a third position located downstream of the second position in the feed direction of the metal material, and three-dimensionally varying the position of a gripping mechanism which grips the metal material in a region downstream of the third position in the feed direction of the metal material to apply a bending moment to the high temperature portion, characterized in comprising a step of taking into consideration a wall thickness of the metal material, and depending on the wall thickness of the metal material, setting conditions of a feed speed, induction heating coil, and frequency of the alternating current for the induction heating coil as follows: when the wall thickness of the metal material is at most 2.0 mm, the feed speed of the metal material is made 5 - 150 mm/sec, an induction heating coil having 1 winding is used as the induction heating coil, and an alternating current at 5 - 100 kHz is applied to the induction heating coil, and/or when the wall thickness of the metal material is greater than 2.0 mm and at most 3.0 mm, an induction heating coil having 2 windings is used as the induction heating coil, and the frequency (kHz) of the alternating current supplied to the induction heating coil and the feed speed (mm/sec) of the metal material are adjusted so as to satisfy the relationships given by the following Equations and : f < 3000 / V f ≥ 0.08 V wherein, f is the frequency, V is the feed speed, 5 kHz ≤ f ≤ 100 kHz, and 5 mm/sec ≤ V ≤ 150 mm/sec. when the wall thickness of the metal material is at most 2.0 mm, the feed speed of the metal material is made 5 - 150 mm/sec, an induction heating coil having 1 winding is used as the induction heating coil, and an alternating current at 5 - 100 kHz is applied to the induction heating coil, and/or when the wall thickness of the metal material is greater than 2.0 mm and at most 3.0 mm, an induction heating coil having 2 windings is used as the induction heating coil, and the frequency (kHz) of the alternating current supplied to the induction heating coil and the feed speed (mm/sec) of the metal material are adjusted so as to satisfy the relationships given by the following Equations and : f < 3000 / V f ≥ 0.08 V wherein, f is the frequency, V is the feed speed, 5 kHz ≤ f ≤ 100 kHz, and 5 mm/sec ≤ V ≤ 150 mm/sec.
A method performed by a first core network entity comprising an access and mobility management function, AMF, the method comprising: - receiving a first user plane release request message from a radio access network entity, the first user plane release request message comprising a request for a downlink tunnel associated with unicast of user plane data for one or more wireless devices in a multicast or broadcast session to be released; and - sending a second user plane release request message to a third core network entity comprising a multicast broadcast session management function, MB-SMF, the second user plane release request message comprising a request for the downlink tunnel associated with unicast of user plane data for one or more wireless devices in a multicast or broadcast session to be released; - receiving a first user plane release response message from the third core network entity; - after receiving said first user plane release response message from the third core network entity, sending a second user plane release response message to the radio access network entity. - receiving a first user plane release request message from a radio access network entity, the first user plane release request message comprising a request for a downlink tunnel associated with unicast of user plane data for one or more wireless devices in a multicast or broadcast session to be released; and - sending a second user plane release request message to a third core network entity comprising a multicast broadcast session management function, MB-SMF, the second user plane release request message comprising a request for the downlink tunnel associated with unicast of user plane data for one or more wireless devices in a multicast or broadcast session to be released; - receiving a first user plane release response message from the third core network entity; - after receiving said first user plane release response message from the third core network entity, sending a second user plane release response message to the radio access network entity.
Internal combustion engine with a slider-crank mechanism comprising a housing , wherein: - inside the housing a shaft with a crank and at least two cylinders with double-acting pistons on rods is located; - the rods extend from the pistons through guide sleeves and are connected to a clamping unit; - the clamping unit consists of a body in the form of a frame with a rectangular cross-section and internal guide surfaces for a slide ; - the slide is located between the internal guide surfaces and is movably mounted between the internal guide surfaces and rotatably on the crank of the shaft ; - the slide is designed with two connected halves with first lubricating grooves ; - the first lubricating grooves serve to lubricate an outer sliding plane on the slide ; - the guide sleeves are arranged in the cylinder heads ; - the body of the clamping unit along the axis of the cylinders with its side surfaces between guide surfaces in the motor housing ; - the side surfaces are provided with second lubricating grooves ; and - the first lubricating grooves on the slide do not extend beyond the outer sliding plane and the inner guide surfaces in the body of the clamping unit. - inside the housing a shaft with a crank and at least two cylinders with double-acting pistons on rods is located; - the rods extend from the pistons through guide sleeves and are connected to a clamping unit; - the clamping unit consists of a body in the form of a frame with a rectangular cross-section and internal guide surfaces for a slide ; - the slide is located between the internal guide surfaces and is movably mounted between the internal guide surfaces and rotatably on the crank of the shaft ; - the slide is designed with two connected halves with first lubricating grooves ; - the first lubricating grooves serve to lubricate an outer sliding plane on the slide ; - the guide sleeves are arranged in the cylinder heads ; - the body of the clamping unit along the axis of the cylinders with its side surfaces between guide surfaces in the motor housing ; - the side surfaces are provided with second lubricating grooves ; and - the first lubricating grooves on the slide do not extend beyond the outer sliding plane and the inner guide surfaces in the body of the clamping unit.
A method of analysing a target polynucleotide, the method comprising: expanding the target polynucleotide to form an expanded polynucleotide by expanding each nucleotide in the target polynucleotide in order into clock nucleotides and at least one signal nucleotide in a predetermined order, wherein the clock nucleotides have a predetermined sequence common to each nucleotide in the target polynucleotide, and the at least one signal nucleotide is characteristic of the identity of the respective nucleotide in the target polynucleotide; and during translocation of the expanded polynucleotide through a nanopore, making electrical measurements dependent on the expanded polynucleotide within the pore and deriving an analysis signal therefrom. expanding the target polynucleotide to form an expanded polynucleotide by expanding each nucleotide in the target polynucleotide in order into clock nucleotides and at least one signal nucleotide in a predetermined order, wherein the clock nucleotides have a predetermined sequence common to each nucleotide in the target polynucleotide, and the at least one signal nucleotide is characteristic of the identity of the respective nucleotide in the target polynucleotide; and during translocation of the expanded polynucleotide through a nanopore, making electrical measurements dependent on the expanded polynucleotide within the pore and deriving an analysis signal therefrom.
A method for use in making an implantable electrode assembly for neuromodulation, comprising: forming a first layer of material including a hole formed therein; positioning an electrode in the hole in the first layer of material ; connecting an electrical lead to the electrode ; applying a backfill material over the electrode , the electrical lead connection, and a portion of the first layer sufficient to seal any gap between the electrode and the hole ; and applying a second layer of material over the backfill material . forming a first layer of material including a hole formed therein; positioning an electrode in the hole in the first layer of material ; connecting an electrical lead to the electrode ; applying a backfill material over the electrode , the electrical lead connection, and a portion of the first layer sufficient to seal any gap between the electrode and the hole ; and applying a second layer of material over the backfill material .
An image sensor for an orbiting satellite having an apogee generally out of the plane of the Equator and providing generally persistent coverage of the polar regions not observable from geosynchronous orbit, the sensor including: a plurality of co-collimated telescopes; said co-collimated telescopes being configured to produce a plurality of images of the same field of view; said image sensor is a staring sensor; said image sensor including a focal plane; said focal plane including a plurality of focal plane arrays; said focal plane arrays being sparsely populated upon said focal plane of each of said co-collimated telescopes wherein image data from said plurality of focal plane arrays being stichable together to form a single cohesive image; a sensor image controller and a sensor image readout; said sensor image controller and said sensor image readout being connected to said plurality of focal plane arrays; said sensor image controller and said sensor image readout being configured to semi-autonomously control image capture properties of said image sensor in dependence on environmental conditions determined by the sensor image controller, wherein the environmental conditions comprise radiation induced degradation of said plurality of focal plane arrays, each focal plane array being connected to a field programmable gate array that is controllable by the sensor image controller to compensate for the radiation induced degradation. said image sensor is a staring sensor; said image sensor including a focal plane; said focal plane including a plurality of focal plane arrays; said focal plane arrays being sparsely populated upon said focal plane of each of said co-collimated telescopes wherein image data from said plurality of focal plane arrays being stichable together to form a single cohesive image; a sensor image controller and a sensor image readout; said sensor image controller and said sensor image readout being connected to said plurality of focal plane arrays; said sensor image controller and said sensor image readout being configured to semi-autonomously control image capture properties of said image sensor in dependence on environmental conditions determined by the sensor image controller, wherein the environmental conditions comprise radiation induced degradation of said plurality of focal plane arrays, each focal plane array being connected to a field programmable gate array that is controllable by the sensor image controller to compensate for the radiation induced degradation.
A method for neutralizing a coating composition comprising: adding a neutralizing agent to a coating composition; wherein the neutralizing agent comprises aminoethylethanolamine (AEEA) and at least one additional primary amine. adding a neutralizing agent to a coating composition; wherein the neutralizing agent comprises aminoethylethanolamine (AEEA) and at least one additional primary amine.
A method of determining a top-dead-center (TDC) position of a piston within a compressor cylinder by performing actions including: extracting a revolution data set representing piston angles over a single revolution of the piston within the compressor cylinder from an asynchronous waveform indicating pressure inside the compressor cylinder ; evaluating a property corresponding to the pressure at each piston angle of the revolution data set, wherein the evaluated property comprises a volumetric efficiency of the single revolution of the piston within the compressor cylinder , wherein measure of the volumetric efficiency includes suction volumetric efficiency and discharge volumetric efficiency which are determined using discharge pressure and suction pressure without using the volume corresponding to each pressure; determining whether each piston angle of the revolution data set is an invalid piston angle that does not correspond to the TDC position of the piston within the compressor cylinder based at least in part on a comparison of the evaluated property from the respective piston angle to a respective threshold; removing data representing invalid piston angles from the revolution data set to form a refined data set; and identifying a determined piston angle representing a data value of the refined data set as the TDC position of the piston within the compressor cylinder . extracting a revolution data set representing piston angles over a single revolution of the piston within the compressor cylinder from an asynchronous waveform indicating pressure inside the compressor cylinder ; evaluating a property corresponding to the pressure at each piston angle of the revolution data set, wherein the evaluated property comprises a volumetric efficiency of the single revolution of the piston within the compressor cylinder , wherein measure of the volumetric efficiency includes suction volumetric efficiency and discharge volumetric efficiency which are determined using discharge pressure and suction pressure without using the volume corresponding to each pressure; determining whether each piston angle of the revolution data set is an invalid piston angle that does not correspond to the TDC position of the piston within the compressor cylinder based at least in part on a comparison of the evaluated property from the respective piston angle to a respective threshold; removing data representing invalid piston angles from the revolution data set to form a refined data set; and identifying a determined piston angle representing a data value of the refined data set as the TDC position of the piston within the compressor cylinder .
A powder containing tungsten carbide, wherein: the powder has an Fsss particle size of greater than or equal to 0.3 μm and less than or equal to 1.5 μm, and a content rate of the tungsten carbide of greater than or equal to 90% by mass; the powder has a crystallite size (average particle diameter) Y satisfying a relational expression of Y ≤ 0.1 × X + 0.20 (X: the Fsss particle size of the powder containing tungsten carbide); and the powder contains chromium in an amount of greater than or equal to 0.2% by mass and less than or equal to 2.5% by mass. the powder has an Fsss particle size of greater than or equal to 0.3 μm and less than or equal to 1.5 μm, and a content rate of the tungsten carbide of greater than or equal to 90% by mass; the powder has a crystallite size (average particle diameter) Y satisfying a relational expression of Y ≤ 0.1 × X + 0.20 (X: the Fsss particle size of the powder containing tungsten carbide); and the powder contains chromium in an amount of greater than or equal to 0.2% by mass and less than or equal to 2.5% by mass.
An adhesive composition comprising: a) 5-50 wt.-% of at least one non-functionalized poly-α-olefin P and b) 20 - 70 wt.-% of a reaction product RP obtainable by a method comprising steps of reacting at least one first polyol with at least one polyisocyanate wherein the NCO/OH ratio is above 1.5 and reacting the thus obtained reaction mixture with at least one second polyol different from the at least one first polyol, and c) Optionally at least one at 25 °C liquid polyolefin resin PR and d) Optionally at least one polyolefin wax PW, said proportions of a) and b) being based on the total weight of the adhesive composition, wherein the at least one non-functionalized poly-α-olefin P is a non-functionalized amorphous poly-α-olefin and the at least one first polyol is a hydroxyl-terminated polybutadiene. a) 5-50 wt.-% of at least one non-functionalized poly-α-olefin P and b) 20 - 70 wt.-% of a reaction product RP obtainable by a method comprising steps of reacting at least one first polyol with at least one polyisocyanate wherein the NCO/OH ratio is above 1.5 and reacting the thus obtained reaction mixture with at least one second polyol different from the at least one first polyol, and c) Optionally at least one at 25 °C liquid polyolefin resin PR and d) Optionally at least one polyolefin wax PW, said proportions of a) and b) being based on the total weight of the adhesive composition,