mhurhangee/patent-ind-claim-en huggingface dataset:
Aqueous ink or varnish composition, in particular for coating or printing a substrate, having - at least one thickening agent, - at least one bonding agent, - at least one organic solvent and - water, where the at least one thickening agent is at least one associative thickener, the at least one associative thickener being a hydrophobically modified polyacrylate (HASE), and the at least one bonding agent is a compound differing from the at least one associative thickener and is selected from the group consisting of polyacrylate, urethane acrylate, polyurethane, acrylonitrile butadiene rubber (NBR), acrylonitrile butadiene styrene (ABS) rubber, methacrylate butadiene styrene (MBS), methyl methacrylate butadiene styrene and mixtures of at least two of the said bonding agents, the aqueous ink or varnish composition having a ratio of the at least one bonding agent to the at least one associative thickener of at least 5:1 based on the solids content, contained in the aqueous ink or varnish composition, of the at least one bonding agent and of the at least one associative thickener together. - at least one thickening agent, - at least one bonding agent, - at least one organic solvent and - water,
A visual output device being a light emissive visual output device and a processor to receive an indication of, among a plurality of gamut profiles, a specific gamut profile of an image to be presented on the visual output device from a computing device ; and wherein the processor dynamically adjusts a gamut profile of the visual output device based on the indication received from the computing device to match the gamut profile of the image; characterised in that the visual output device provides an indication to the computing device when the visual output device cannot match the gamut profile of the image. a processor to receive an indication of, among a plurality of gamut profiles, a specific gamut profile of an image to be presented on the visual output device from a computing device ; and wherein the processor dynamically adjusts a gamut profile of the visual output device based on the indication received from the computing device to match the gamut profile of the image; characterised in that the visual output device provides an indication to the computing device when the visual output device cannot match the gamut profile of the image.
A process for producing a gypsum mixture permanently resistant to saturated vapor, e.g. for making plasterboards, comprising the step of making dry component of a gypsum mixture by mixing dry plaster with a powdered admixture, then preparing a wet component of the gypsum blend by mixing liquid chemicals and water, and mixing the dry and wet components thus prepared, characterized in that for making the dry component of the gypsum mixture 93-99.9 % by weight of dry gypsum and 0.1-7% by weight of polysaccharide-derived cellulose are mixed, and for preparing the wet component of the gypsum blend liquid ingredients A, B, C, D are mixed, wherein ingredient A is aqueous emulsion containing methyl silicone oil, ingredient B is aqueous polymer dispersion, ingredient C is a plasticizer additive based on modified acrylate polymer and ingredient D consists of water, and ratio A: B: C: D of ingredients A, B, C, D expressed by w% in this order is 10-90: 2-50: 0.2-15: 4-70.
A method to obtain an improved composition of monoamine oxidase A (MAO A) inhibitors and/or monoamine oxidase B (MAO B) inhibitors from a distillate of fermented agave extract by reverse osmosis, which method comprises: diluting the distillate in a feed reservoir of a reverse osmosis system; recycling said diluted distillate across a separation membrane to obtain a permeate and a concentrate that is returned to the feed reservoir at each cycle, wherein the method further includes diluting the recycled concentrates with water immediately prior to recycling said concentrates past the membrane, wherein the additional water is supplied immediately upstream of the membrane; and continuing to recycle each successive concentrate to obtain a final concentrate that contains less than 1.5% alcohol by volume (ABV), thus obtaining an improved composition of said inhibitors. diluting the distillate in a feed reservoir of a reverse osmosis system; recycling said diluted distillate across a separation membrane to obtain a permeate and a concentrate that is returned to the feed reservoir at each cycle, wherein the method further includes diluting the recycled concentrates with water immediately prior to recycling said concentrates past the membrane, wherein the additional water is supplied immediately upstream of the membrane; and continuing to recycle each successive concentrate to obtain a final concentrate that contains less than 1.5% alcohol by volume (ABV), thus obtaining an improved composition of said inhibitors.
A hot metal gas forming and quenching system, comprising a hydraulic press , a die assembly , a rapid heating module and a rapid cooling module , wherein the die assembly , the rapid heating module and the rapid cooling module are arranged on the hydraulic press or around the hydraulic press ; wherein the die assembly comprises a core component and automatic loading and unloading modules; the automatic loading and unloading modules are respectively arranged on two sides of the core component to load and unload the workpieces (W) for the core component, the core component comprises a lower die bottom plate , a lower die holder , a lower die insert , an upper die top plate , an upper die holder , an upper die insert , a progressive die for realizing hot gas bulging and rapid cooling of workpieces (W), side pushing sealing oil cylinder modules and electrode compression cylinder modules ; the lower die holder , the lower die insert , the progressive die , the upper die insert , the upper die holder and the upper die top plate are arranged on the lower die bottom plate sequentially from top to bottom; the progressive die comprises a heating station and a hot gas bulging and quenching station ; characterized in that the progressive die comprises a feeding bottom plate , a feeding module and a feeding pallet , the feeding module drives the feeding bottom plate to translate from side to side, and drives the feeding pallet to move up and down; the feeding module comprises progressive die drives , progressive die drive guide bars , lifting hydraulic cylinders , rotatable compression cylinders and rotatable pressure plates , the feeding pallet is provided with a plurality of die cavities for accommodating ends of the workpieces (W), and with a plurality of hole slots for accommodating the rotatable compression cylinders .
A tool for assembling a resolver of an electric machine, said electric machine comprising a casing, a machine rotor , a machine shaft , a machine stator comprising three-phase windings and a resolver that comprises a resolver rotor and a resolver stator , said tool comprising: a DC voltage applying device configured to apply a DC voltage across at least one phase of windings of the three-phase windings to create a static magnetic field by a DC electric current flowing through the at least one phase of windings, the static magnetic field being able to force the machine rotor to rotate to an angular orientation where an N-S direction of magnets of the machine rotor is aligned with an N-S direction of the static magnetic field and to keep the machine rotor stably in the angular orientation; and a pressing device configured to push the resolver rotor onto the machine shaft in an axial direction in a state that the machine rotor is kept in the angular orientation by the static magnetic field. a DC voltage applying device configured to apply a DC voltage across at least one phase of windings of the three-phase windings to create a static magnetic field by a DC electric current flowing through the at least one phase of windings, the static magnetic field being able to force the machine rotor to rotate to an angular orientation where an N-S direction of magnets of the machine rotor is aligned with an N-S direction of the static magnetic field and to keep the machine rotor stably in the angular orientation; and a pressing device configured to push the resolver rotor onto the machine shaft in an axial direction in a state that the machine rotor is kept in the angular orientation by the static magnetic field.
A wind turbine blade comprising an airfoil profile body having a pressure side and a suction side , and a leading edge and a trailing edge with a chord length extending there between, the blade having a tip end and a root end , the wind turbine blade further comprising: at least one tip communication device located towards said tip end, at least one root communication device located towards said root end, said at least one root communication device being in wireless radio communication with said at least one tip communication device via a wireless communication path, to monitor the distance between said at least one tip communication device and said at least one root communication device to determine a movement of said at least one tip communication device relative to said at least one root communication device indicative of a blade deflection, wherein said at least one tip communication device is provided internally in the airfoil profile body, and wherein at least one radio wave absorbing material is arranged internally in the airfoil profile body and in said wireless communication path, characterized in that said radio wave absorbing material is arranged between the at least one tip communication device and the at least one root communication device at a distance from the tip communication device of between 0.2 - 3.0 m, preferably of between 0.5 - 2 m. at least one tip communication device located towards said tip end, at least one root communication device located towards said root end, said at least one root communication device being in wireless radio communication with said at least one tip communication device via a wireless communication path, to monitor the distance between said at least one tip communication device and said at least one root communication device to determine a movement of said at least one tip communication device relative to said at least one root communication device indicative of a blade deflection, wherein said at least one tip communication device is provided internally in the airfoil profile body, and wherein at least one radio wave absorbing material is arranged internally in the airfoil profile body and in said wireless communication path, characterized in that said radio wave absorbing material is arranged between the at least one tip communication device and the at least one root communication device at a distance from the tip communication device of between 0.2 - 3.0 m, preferably of between 0.5 - 2 m.
A medical fluid container comprising a container connection piece forming an inner channel , via which an internal container space is accessible from the outside and which has an external thread on a longitudinal piece section , and a sealing cap which is screwed onto the longitudinal piece portion with the aid of an internal thread in order to close the fluid container , and has a sealing insert with a sealing plug which projects into the inner channel of the container connection piece in such a way that a circumferential surface of the sealing plug is in sealing contact with an inner side of the inner channel , wherein a single or several axially spaced circumferential sealing lips project radially outwards from the circumferential surface of the sealing plug , characterized in that the inner side of the inner channel has an accommodation for the sealing lip of the sealing plug . a container connection piece forming an inner channel , via which an internal container space is accessible from the outside and which has an external thread on a longitudinal piece section , and a sealing cap which is screwed onto the longitudinal piece portion with the aid of an internal thread in order to close the fluid container , and has a sealing insert with a sealing plug which projects into the inner channel of the container connection piece in such a way that a circumferential surface of the sealing plug is in sealing contact with an inner side of the inner channel , wherein a single or several axially spaced circumferential sealing lips project radially outwards from the circumferential surface of the sealing plug , characterized in that the inner side of the inner channel has an accommodation for the sealing lip of the sealing plug .
A system for distributed generation of a random value amongst a set of servers, the system comprising: one or more processors and a non-transitory computer-readable medium having executable instructions encoded thereon such that when executed, the one or more processors perform an operation of: initiating a randomness generation protocol for distributed generation of a random value amongst the set of servers, wherein the set of servers executes the following: selecting, by each server, a randomly generated polynomial; broadcasting, by each server, a cryptographic hash function of the randomly generated polynomial; and sending, by each server, its value of the cryptographic hash function of the randomly generated polynomial to the set of servers; and using the randomness generation protocol in a multi-party computation protocol to ensure a set of data is securely shared electronically amongst the set of servers via a secure, authenticated broadcast channel. initiating a randomness generation protocol for distributed generation of a random value amongst the set of servers, wherein the set of servers executes the following: selecting, by each server, a randomly generated polynomial; broadcasting, by each server, a cryptographic hash function of the randomly generated polynomial; and sending, by each server, its value of the cryptographic hash function of the randomly generated polynomial to the set of servers; and selecting, by each server, a randomly generated polynomial; broadcasting, by each server, a cryptographic hash function of the randomly generated polynomial; and sending, by each server, its value of the cryptographic hash function of the randomly generated polynomial to the set of servers; and using the randomness generation protocol in a multi-party computation protocol to ensure a set of data is securely shared electronically amongst the set of servers via a secure, authenticated broadcast channel.
A hollow fiber membrane separation device , the device arranged for counter-flow and comprising: a cylindrical-shaped pressure casing having a feed fluid inlet port , a non-permeate fluid outlet port , and a permeate fluid outlet port ; a cylindrical-shaped cartridge arranged coaxially with the casing , the cartridge having a tubular-shaped inner core member and a plurality of hollow fiber membranes arranged in a bundle about the inner core member ; the inner core member of the cartridge being in communication with the feed fluid inlet port of the casing , one end of the inner core member being perforated and terminating in a tubesheet ; each hollow fiber membrane of the bundle having an open end toward a permeate fluid outlet end of the casing and a sealed fiber end toward a non-permeate fluid outlet end of the casing ; a baffle arranged about the outer periphery of the bundle , spaced apart from the outer periphery of the bundle, in order to prevent fluid from crossing or passing to the outside of the bundle to force a feed fluid flow traveling between the open fiber end and the sealed fiber end to travel parallel to the hollow fiber membranes and in a direction counter to a fluid flow inside each hollow fiber membrane ; the tubesheet collectively encapsulating the open fiber end of the bundle , the other end of the hollow fiber bundle being the sealed fiber end which is tubesheet-free, wherein the fibers of the sealed fiber end are sealed individually so that the sealed fiber end does not obstruct feed flow. a cylindrical-shaped pressure casing having a feed fluid inlet port , a non-permeate fluid outlet port , and a permeate fluid outlet port ; a cylindrical-shaped cartridge arranged coaxially with the casing , the cartridge having a tubular-shaped inner core member and a plurality of hollow fiber membranes arranged in a bundle about the inner core member ; the inner core member of the cartridge being in communication with the feed fluid inlet port of the casing , one end of the inner core member being perforated and terminating in a tubesheet ; each hollow fiber membrane of the bundle having an open end toward a permeate fluid outlet end of the casing and a sealed fiber end toward a non-permeate fluid outlet end of the casing ; a baffle arranged about the outer periphery of the bundle , spaced apart from the outer periphery of the bundle, in order to prevent fluid from crossing or passing to the outside of the bundle to force a feed fluid flow traveling between the open fiber end and the sealed fiber end to travel parallel to the hollow fiber membranes and in a direction counter to a fluid flow inside each hollow fiber membrane ; the tubesheet collectively encapsulating the open fiber end of the bundle , the other end of the hollow fiber bundle being the sealed fiber end which is tubesheet-free, wherein the fibers of the sealed fiber end are sealed individually so that the sealed fiber end does not obstruct feed flow.
Upper grip of broom handle for a mop equipped with rotating element composed of a handle firmly fixed to the shaft and a rotating knob joined to said handle at the free end of the handle , characterised by the fact that said knob can have two positions, one lowered, close to and adhering to the handle , free to rotate and a second slightly raised, away from said handle in a locked position without the possibility of rotating where said knob is partially hollow, rotating and hinged on a pin firmly attached to the handle ; on the inner circumferential surface of said knob there is a distributed series of first anti-rotation devices that can join to, in the transition from the first to the second position, with corresponding second anti-rotation devices on said handle or on said pin .
Method for softening laundry in a washing machine, using fabric softener, said washing machine having a program controller for controlling a program sequence, a drum rotatably mounted in an outer tub containing the laundry , a water inlet system , a fabric softener reservoir , a draining system disposed on the floor of the outer tub and having a pump and a drive motor for the drum , wherein a fabric softening cycle comprises the steps (a) to (e), wherein (a) an amount M 1 of a first liquid containing no fabric softener is introduced into the drum ; (b) the laundry is rinsed therewith; (c) a portion M 2 < M 1 of the first liquid is then pumped out, wherein the amount M 2 is 40 to 90% of M 1 ; (d) a second liquid containing fabric softener is then conveyed from the fabric softener reservoir into the drum without any additional rinsing of the laundry ; and (e) the laundry is treated with fabric softener; and wherein in step (c) no more liquid is supplied for rinsing before the second liquid containing fabric softener is introduced into the drum in step (d). (a) an amount M 1 of a first liquid containing no fabric softener is introduced into the drum ; (b) the laundry is rinsed therewith; (c) a portion M 2 < M 1 of the first liquid is then pumped out, wherein the amount M 2 is 40 to 90% of M 1 ; (d) a second liquid containing fabric softener is then conveyed from the fabric softener reservoir into the drum without any additional rinsing of the laundry ; and (e) the laundry is treated with fabric softener;
Device for dewatering a wet-laid non-woven web from a fibrous suspension, comprising a multiplicity of dewatering strips (1.3) which are disposed so as to be mutually spaced apart, wherein mutually neighboring dewatering strips (1.3) conjointly delimit a dewatering gap (1.5) for discharging liquid from the fibrous suspension, having at least three format slides (1.4) which along the longitudinal direction of the respective dewatering gap (1.5) are disposed or disposable so as to be distributed relative to one another and which partially obscure the dewatering gap (1.5) in such a manner that any discharging of the liquid by way of the obscured part of the dewatering gap (1.5) is prevented.
An electrode device for a capacitive sensor device for detecting a position of an object (F) relative to the electrode device, comprising an arrangement of stacked layers comprising a transmitting electrode configuration (E3), a receiving electrode configuration (E1; E2) and at least one ground electrode (GND), wherein - the transmitting electrode configuration, the receiving electrode configuration and the at least one ground electrode are arranged one above the other and spaced apart from each other, wherein the at least one ground electrode (GND) is arranged between the transmitting electrode configuration and the receiving electrode configuration, - wherein the transmitting electrode configuration comprises a first transmitting electrode (E3), which is configured to receive a first electric alternating signal and a second transmitting electrode (E4) which is configured to receive a second electric alternating signal; - and wherein the receiving electrode configuration (E1; E2) comprises a first receiving electrode (E1) and a second receiving electrode (E2) configured to receive signals transmitted by the transmitting electrode configuration; characterized in that the first and second transmitting electrodes (E3, E4) are arranged in one layer; the electrode device comprises only one ground electrode (GND) in a single layer between the transmitting electrodes (E3, E4) and the receiving electrodes configuration (E1; E2); at least one of the transmitting electrodes of the transmitting electrode configuration (E3; E4), the one ground electrode (GND) and the first and second receiving electrodes of the receiving electrode configuration (E1; E2) are facing a sensor plane (A, K). - the transmitting electrode configuration, the receiving electrode configuration and the at least one ground electrode are arranged one above the other and spaced apart from each other, wherein the at least one ground electrode (GND) is arranged between the transmitting electrode configuration and the receiving electrode configuration, - wherein the transmitting electrode configuration comprises a first transmitting electrode (E3), which is configured to receive a first electric alternating signal and a second transmitting electrode (E4) which is configured to receive a second electric alternating signal; - and wherein the receiving electrode configuration (E1; E2) comprises a first receiving electrode (E1) and a second receiving electrode (E2) configured to receive signals transmitted by the transmitting electrode configuration;