mhurhangee/ep-ind-claims huggingface dataset:
An aqueous dispersion of composite particles comprising: an aqueous medium containing water; and composite particles dispersed in the aqueous medium; wherein the composite particles have a particle and a polymer layer with which at least a part of a surface of the particle is coated, and comprise 0.001 to 0.12% by mass of a phosphorus atom based on a total mass of the composite particles; the particle is an inorganic particle or a polymer particle; a zeta potential of the composite particles in the aqueous dispersion of composite particles at 60°C is -10 mV to -69 mV at any one of pH in the range of 7 to 11 of the aqueous dispersion of composite particles; the polymer layer comprises a polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group; and the polymer layer comprises a polymer having 0.05 to 50% by mass of a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group based on an amount of the entire monomer in a step of forming the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group, as the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group. an aqueous medium containing water; and composite particles dispersed in the aqueous medium; wherein the composite particles have a particle and a polymer layer with which at least a part of a surface of the particle is coated, and comprise 0.001 to 0.12% by mass of a phosphorus atom based on a total mass of the composite particles; the particle is an inorganic particle or a polymer particle; a zeta potential of the composite particles in the aqueous dispersion of composite particles at 60°C is -10 mV to -69 mV at any one of pH in the range of 7 to 11 of the aqueous dispersion of composite particles; the polymer layer comprises a polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group; and the polymer layer comprises a polymer having 0.05 to 50% by mass of a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group based on an amount of the entire monomer in a step of forming the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group, as the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group.
A garment without seams used for preventing wounds and/or for covering same comprising a spun yarn, characterized in that it comprises four types of threads: a chitosan viscose thread, another silver-ionized polyamide thread, another elastic thread, and a fourth and last polyamide thread covering the outer surface of the garment made from the produced spun yarn itself, with the particularity that said threads are arranged such that in the spun yarn, a weft of chitosan viscose thread alternates with the silver-ionized polyamide thread, said wefts joining one in two wefts of the elastic thread.
Garment for handling work, consisting of a jacket comprising two sleeves and a waistcoat, which waistcoat is made up of a front panel and of a back panel which are connected to the said sleeves by armholes, the said sleeves each having one end provided with an attachment means allowing them to be secured to each of the hands of a user, the said garment comprising at least one arrangement arranged on each sleeve in such a way as to form a tension line between the attachment means and the back panel so that the said tension line, in use, opposes and/or limits the straightening of the arm of the user wearing the said garment, characterized in that the arrangement is made up of at least one strap (17, 27) comprising a distal end (17a, 27a) secured to the sleeve, just below the armhole and a proximal end (17b, 27b1, 27b2) arranged on the back panel, so that part of the tension line is achieved by the tensioning of the fabric of the sleeve.
A process for separating CO 2 from a process feedstream, comprising: a) contacting an adsorbent bed comprised of a zeolitic imidazolate framework material with a process feedstream comprising CO 2 and CH 4 at a first pressure and first temperature; b) adsorbing at least a portion of the CO 2 in the adsorbent bed; c) producing a CO 2 -lean product stream, wherein the CO 2 -lean product stream has a lower concentration of CO 2 by vol% than the process feedstream; and d) producing a CO 2 -rich product stream at a second pressure and second temperature, wherein the CO 2 -rich product stream has a higher concentration of CO 2 by vol% than the process feedstream; wherein the zeolitic imidazolate framework material has a framework structure wherein each vertex of the framework structure is comprised of a single metal ion and each pair of connected adjacent vertices of the framework structure is linked by nitrogen atoms of an imidazolate anion or its derivative, and wherein the zeolitic imidazolate framework material has an adsorptive loading ratio for CO 2 over CH 4 of at least 10, the adsorptive loading ratio being measured at 301 K and 106.6 kPa, and wherein the zeolitic imidazolate framework material exhibits CO 2 isotherms with a hysteretic behavior. a) contacting an adsorbent bed comprised of a zeolitic imidazolate framework material with a process feedstream comprising CO 2 and CH 4 at a first pressure and first temperature; b) adsorbing at least a portion of the CO 2 in the adsorbent bed; c) producing a CO 2 -lean product stream, wherein the CO 2 -lean product stream has a lower concentration of CO 2 by vol% than the process feedstream; and d) producing a CO 2 -rich product stream at a second pressure and second temperature, wherein the CO 2 -rich product stream has a higher concentration of CO 2 by vol% than the process feedstream;
Substances of the general formula [SiO x 4-2x] n wherein the Si atoms are Q 1, Q 2, Q 3 and Q 4 type Si atoms; n represents an integer, between 12 and 2000; X represents a number between 1.45 and 1.55; wherein the substances consist of an inner core and an outer shell, wherein more than 75% of the Q 4 type Si atoms are contained in the inner core and more than 75% of Q 3 and Q 2 and Q 1 type Si atoms are contained in the outer shell; wherein the substances have a spheroidal form and a diameter in the range of 0.3 nm to 5.0 nm as measured by Dynamic Light Scattering, and wherein the substances are capable of inhibiting Na,K-ATPase. the Si atoms are Q 1, Q 2, Q 3 and Q 4 type Si atoms; n represents an integer, between 12 and 2000; X represents a number between 1.45 and 1.55; wherein the substances consist of an inner core and an outer shell, wherein more than 75% of the Q 4 type Si atoms are contained in the inner core and more than 75% of Q 3 and Q 2 and Q 1 type Si atoms are contained in the outer shell; wherein the substances have a spheroidal form and a diameter in the range of 0.3 nm to 5.0 nm as measured by Dynamic Light Scattering, and wherein the substances are capable of inhibiting Na,K-ATPase.
Controller for a motor vehicle brake system, including - a first functional assembly (G2, G4, G5) for controlling a service brake, and - a second functional assembly (G3, G4, G5) for controlling a parking brake - wherein the first and the second functional assemblies can be supplied by separate voltage supplies (U1, GND1, U2, GND2), characterized in that the controller is designed in such a way that, in the event of a fault in or affecting the first or the second functional assembly, the respective other functional assembly remains ready for use for at least a defined period of time, and the motor vehicle can be braked by means of the ready-for-use functional assembly within the defined period of time in order to engage a transmission lock of the vehicle and/or in order to hold the vehicle at a standstill using the parking brake. - a first functional assembly (G2, G4, G5) for controlling a service brake, and - a second functional assembly (G3, G4, G5) for controlling a parking brake - wherein the first and the second functional assemblies can be supplied by separate voltage supplies (U1, GND1, U2, GND2),
An article of manufacture comprising: (i) a conductor; and (ii) a coating at least partially surrounding said conductor, wherein at least a portion of said coating constitutes a cable jacket polymeric composition comprising: (a) an ethylene-based polymer; and (b) a slip agent, wherein said slip agent comprises a silicone and a fatty acid amide, characterized in that said silicone and said fatty acid amide are present in a combined amount ranging from 0.35 to 3.0 weight percent based on the total weight of components (a) and (b), wherein said silicone is hydroxyl-terminated polydimethylsiloxane and said fatty acid amide is erucamide, and wherein said silicone and said fatty acid amide are present in a weight ratio ranging from 1:25 to 2:1 fatty acid amide-to-silicone, wherein said silicone is present in an amount ranging from 0.25 to 2.9 weight percent, based on the total weight of components (a) and (b), wherein said fatty acid amide is present in an amount ranging from 0.1 to 1.5 weight percent, based on the total weight of components (a) and (b). (i) a conductor; and (ii) a coating at least partially surrounding said conductor, wherein at least a portion of said coating constitutes a cable jacket polymeric composition comprising: (a) an ethylene-based polymer; and (b) a slip agent, (a) an ethylene-based polymer; and (b) a slip agent,
A light barrier device with at least one light pulse emitting transmitter and at least one light pulse receiving receiver, the operation of which is optically synchronised so that the transmitter and the receiver are cyclically activated within predetermined scans, and having an evaluation unit in which an object detection signal is generated as a function of received signals, the light pulses of at least two scans forming different transmission channels being evaluated in the evaluation unit in order to generate the object detection signal, wherein the light pulses emitted by the transmitter in the two scans are different, characterised in that said or each transmitter transmits at least two pulse sequences at a defined time interval within one of the two scans, and in that said or each transmitter transmits at least one pulse sequence less within the second scan than within the first scan, the pulse sequences of different transmission channels being arranged temporally in such a way that at least one pulse sequence in at least two successive scans cannot be interfered with by the pulse sequences of another transmission channel.
Pedal for motor vehicles comprising a lever, an actuator element and coupling means for coupling the lever and the actuator element, the actuator element transmitting an actuation force applied on the lever to an actuator, said lever comprising an axis of rotation and an opening going through the lever, the actuator element comprising engagement means, and the coupling means comprising a shaft arranged such that it goes through the opening of the lever, said shaft being coupled to the engagement means of the actuator element, the shaft allowing pivotally coupling the actuator element and the lever, and elastic pressure means arranged inside the opening of the lever, the coupling means comprising a transmission element (40; 60) fixed in the opening of the lever, the transmission element (40; 60) comprising the elastic pressure means, characterized in that the elastic pressure means assure permanent and rigid transmission of the actuation force between the lever and the actuator element, the transmission element (40; 60) comprising a main body, the elastic pressure means comprising at least one flexible element projecting from the main body of the transmission element (40; 60) and being compressed when the pedal is mounted, the flexible element being a flexible flange, the transmission element (40; 60) of the coupling means comprising positioning means fixed to the opening of the lever, the positioning means allowing orienting the elastic pressure means to apply pressure in a certain direction.
Method for operating a sensor, which is arranged to be concealed behind a wheel arch lining of a motor vehicle, in the course of which a sensor signal for wetness detection, provided using the sensor while the motor vehicle is driving on a road, is evaluated, wherein, if the sensor signal describes water that is whirled up from the road onto the wheel arch lining, the road is identified as being wet, and if not, the road is identified as being dry, characterized in that, if the road is identified as being dry, a check is carried out as to whether the sensor signal describes a noise signal brought about by the motor vehicle driving, and, if the sensor signal describes the noise signal, the sensor is classified as being functional for wetness detection.
System comprising a furniture part control module and an external monitoring device, wherein the furniture part control module is designed to control a movable furniture part of an item of furniture, wherein the furniture part control module has a transmitting and receiving unit, wherein the transmitting and receiving unit comprises a data interface, wherein the data interface is designed to receive information from the external monitoring device and to transmit information to the external monitoring device, wherein the data interface is designed to wirelessly receive or transmit the information, wherein the furniture part control module has a monitoring module, wherein the monitoring module controls the movable furniture part on the basis of the information received from the monitoring device via the data interface, wherein the furniture part control module has an identification element which can be used to identify the furniture part control module, wherein the identification element is in the form of an RFID element, or wherein the identification element is present as an RFID element and as a sign which can be optoelectronically read, characterized in that the monitoring device is designed to read information from the identification element or to receive information from the identification element, wherein the system is designed to compare the read or received information with a database in order to thus verify an authenticity of the furniture part control module and, if the furniture part control module is authentic, to allow the furniture part control module to be incorporated in the system, wherein the monitoring device has a monitoring unit and a data interface, wherein the data interface is designed to receive information from the furniture part control module and to transmit information to the furniture part control module, wherein the monitoring unit has a storage module for storing information, wherein the monitoring device has an input unit for a user to specify information that is intended to be transmitted to the furniture part control module.
A distribution method for distributing the total power of an energy conversion device between at least two converters comprised in said energy conversion device, the sum of the conversion powers of the converters corresponding to the total power of the conversion device, the energy conversion device performing an energy conversion between a first and a second electrical entities and comprising a processing unit configured to implement the method, characterised in that: said at least two converters correspond to at least two portions of a ring, said ring being stored in a memory as a plurality of angular intervals each corresponding to a respective converter, the portions being proportional to a predetermined power value of their respective converter, all of the at least two portions forming the full ring; and in that the total power of the conversion device corresponds to an arc of the ring included between the positions of a first and a second movable sliders along the ring, said positions of the first slider and the second slider respectively corresponding to respective angular values stored in the memory, and the power distribution between the converters is defined by the positions of the first and second movable sliders along the ring. said at least two converters correspond to at least two portions of a ring, said ring being stored in a memory as a plurality of angular intervals each corresponding to a respective converter, the portions being proportional to a predetermined power value of their respective converter, all of the at least two portions forming the full ring; and in that the total power of the conversion device corresponds to an arc of the ring included between the positions of a first and a second movable sliders along the ring, said positions of the first slider and the second slider respectively corresponding to respective angular values stored in the memory, and the power distribution between the converters is defined by the positions of the first and second movable sliders along the ring.
A single screw compressor, the compressor comprising a main rotor and at least one gate rotor (110, 115), a casing for the main rotor having a discharge port and a bypass port spaced in an axial direction in relation to the main rotor, and at least one slide, characterised in that the slide comprises an exit port positioned between first and second sealing surfaces, and at least one inlet port for receiving gas from flutes of the main rotor for delivery to the exit port, the slide being operable, in use. to move between: i) a loaded position in which the exit port opens to the discharge port in the casing and the first sealing surface seals the bypass port, and ii) an unloaded position in which the exit port opens to the bypass port in the casing and the second sealing surface seals the discharge port. i) a loaded position in which the exit port opens to the discharge port in the casing and the first sealing surface seals the bypass port, and ii) an unloaded position in which the exit port opens to the bypass port in the casing and the second sealing surface seals the discharge port.
Implant which is encased by a layer of decellularized tissue of biological origin, wherein the implant is a cochlear implant, a retinal implant, a pacemaker, an insulin pump, drug depot, a biosensor, a defibrillator electrode, an implantable cardiac defibrillator or a neurostimulation electrode and wherein the implant is an exchangeable implant.
Feeding pan for rearing poultry, in particular fattened poultry kept loose within a barn, wherein the feeding pan is suspended on a feed conveying pipe held so that it can be raised and lowered above the floor of the barn, and wherein the feed conveying pipe has at least one opening through which feed can enter the feeding pan, and wherein the feeding pan comprises the following components: - a base part with a peripheral feed channel which is surrounded towards the outside by a peripheral edge with an outer collar, and on the inside has a conical turret, - a cover part which is surrounded on the outside by a peripheral edge, - a head part with an opening for placement onto the feed conveying pipe, wherein the head part, cover part and base part are releasably connected to one another, and at least the cover part and base part can be displaced with respect to one another in the direction of an axis oriented perpendicular to the peripheral edge (8; 13), characterised in that the cover part is provided on the end thereof remote from the peripheral edge with at least one latch element which, when the feeding pan is in the assembled state, engages in a latch opening provided at a peak of the turret. - a base part with a peripheral feed channel which is surrounded towards the outside by a peripheral edge with an outer collar, and on the inside has a conical turret, - a cover part which is surrounded on the outside by a peripheral edge, - a head part with an opening for placement onto the feed conveying pipe, wherein the head part, cover part and base part are releasably connected to one another, and at least the cover part and base part can be displaced with respect to one another in the direction of an axis oriented perpendicular to the peripheral edge (8; 13),
A method of controlling a robot system including a plurality of moving robots, each assigned a cleaning area, the method comprising: identifying by one of the plurality of moving robots an urgent contaminant whose contamination degree or contamination range is greater than a predetermined reference value in the assigned cleaning area; transmitting, by the one moving robot having identified the urgent contaminant, location information on the urgent contaminant to at least one other moving robot or a predetermined electronic device; receiving a command designating an urgent cleaning area by at least one other moving robot; the at least one other moving robot from the plurality of moving robots moving to the urgent cleaning area according to a predetermined criterion based on the command; performing a cleaning operation by the at least one other moving robot having moved to the urgent cleaning area; and returning to its assigned cleaning area by the at least one other moving robot having moved to the urgent cleaning area when the cleaning operation is completed, wherein the at least one other moving robot moving to the urgent cleaning area is a moving robot at a closest distance to the designated urgent cleaning area. identifying by one of the plurality of moving robots an urgent contaminant whose contamination degree or contamination range is greater than a predetermined reference value in the assigned cleaning area; transmitting, by the one moving robot having identified the urgent contaminant, location information on the urgent contaminant to at least one other moving robot or a predetermined electronic device; receiving a command designating an urgent cleaning area by at least one other moving robot; the at least one other moving robot from the plurality of moving robots moving to the urgent cleaning area according to a predetermined criterion based on the command; performing a cleaning operation by the at least one other moving robot having moved to the urgent cleaning area; and returning to its assigned cleaning area by the at least one other moving robot having moved to the urgent cleaning area when the cleaning operation is completed, wherein the at least one other moving robot moving to the urgent cleaning area is a moving robot at a closest distance to the designated urgent cleaning area.
A non-polyvinylchloride (non-PVC) surface covering (10; 20), comprising: a bottom material layer; a middle layer disposed on the bottom material layer, wherein the middle layer comprises a middle material layer; and a transparent abrasion-resistant layer disposed on the middle layer, characterized in that the transparent abrasion-resistant layer comprises: a polyolefin of 40 - 94.95 wt%; a polyolefin elastomer or a polyolefin plastomer of 5 - 40 wt%; and a processing agent of 0.05 - 10 wt%. a bottom material layer; a middle layer disposed on the bottom material layer, wherein the middle layer comprises a middle material layer; and a transparent abrasion-resistant layer disposed on the middle layer, a polyolefin of 40 - 94.95 wt%; a polyolefin elastomer or a polyolefin plastomer of 5 - 40 wt%; and a processing agent of 0.05 - 10 wt%.