mhurhangee/patent-ind-claim-en huggingface dataset:
A particle composition comprising: one or more particles comprising a pigment material and a polymeric coating layer at least partially surrounding the pigment particle, wherein the pigment is selected from the group consisting of titanium dioxide, carbon black, mica, silica, calcium carbonate, barium sulfate, zinc oxide, lead oxide, zinc sulfate, iron oxide, talc, clays, kaolinite, montmorillonite, smectite, illite, and chlorite; and stanchions for particle to particle bridging extending from the coating layer, wherein the stanchions are made of a polymeric material, wherein the polymeric material making up the polymeric coating layer of the particles is the same as the polymeric material that makes up the stanchions, wherein the polymeric material is an addition polymerizable polymer selected from alkyl (meth)acrylate or is selected from the group consisting of emulsion polymers consisting of melamine formaldehyde, urea formaldehyde, alkyl (meth)acrylate, styrene, isocyanate and a polyol, wherein the stanchions for particle to particle bridging measure a width of less than 2X the radius of a coated particle from which each stanchion extends, wherein an average number of stanchions is from less than 0.1 to 6 stanchions per coated particle of the particle composition, and wherein the stanchions for particle to particle bridging on average have a measured length between 10 nm (nanometers) and 500 nm, wherein the number of stanchions and the stanchion dimensions are determined using the method identified in the description. one or more particles comprising a pigment material and a polymeric coating layer at least partially surrounding the pigment particle, wherein the pigment is selected from the group consisting of titanium dioxide, carbon black, mica, silica, calcium carbonate, barium sulfate, zinc oxide, lead oxide, zinc sulfate, iron oxide, talc, clays, kaolinite, montmorillonite, smectite, illite, and chlorite; and stanchions for particle to particle bridging extending from the coating layer, wherein the stanchions are made of a polymeric material, wherein the polymeric material making up the polymeric coating layer of the particles is the same as the polymeric material that makes up the stanchions, wherein the polymeric material is an addition polymerizable polymer selected from alkyl (meth)acrylate or is selected from the group consisting of emulsion polymers consisting of melamine formaldehyde, urea formaldehyde, alkyl (meth)acrylate, styrene, isocyanate and a polyol, wherein the stanchions for particle to particle bridging measure a width of less than 2X the radius of a coated particle from which each stanchion extends, wherein an average number of stanchions is from less than 0.1 to 6 stanchions per coated particle of the particle composition, and wherein the stanchions for particle to particle bridging on average have a measured length between 10 nm (nanometers) and 500 nm, wherein the number of stanchions and the stanchion dimensions are determined using the method identified in the description.
A brake disc for a disc brake of a utility vehicle, having - a friction ring , - at least one connector element extending axially in relation to an axis of rotation (A) of the brake disc from an inner circumference of the friction ring for fastening the brake disc to a wheel axis, - the connector element being connected detachably to the friction ring by connecting elements , - a plurality of coupling parts that project radially in relation to the axis of rotation (A) of the brake disc , each having at least one recess , being integrally formed on the inner circumference of the friction ring , - the connecting elements being received in the recesses of the at least one coupling part and in receivers of the connector elements , characterised in that each of the coupling parts has a recess in the form of a receiving groove that is open towards the axis of rotation of the brake disc and a slit that extends in the circumferential direction of the friction ring and in which can be received a first projection of the connector element that extends radially in relation to the axis of rotation (A) of the brake disc with a groove that is open towards the inner circumference of the friction ring . - a friction ring , - at least one connector element extending axially in relation to an axis of rotation (A) of the brake disc from an inner circumference of the friction ring for fastening the brake disc to a wheel axis, - the connector element being connected detachably to the friction ring by connecting elements , - a plurality of coupling parts that project radially in relation to the axis of rotation (A) of the brake disc , each having at least one recess , being integrally formed on the inner circumference of the friction ring , - the connecting elements being received in the recesses of the at least one coupling part and in receivers of the connector elements , characterised in that each of the coupling parts has a recess in the form of a receiving groove that is open towards the axis of rotation of the brake disc and a slit that extends in the circumferential direction of the friction ring and in which can be received a first projection of the connector element that extends radially in relation to the axis of rotation (A) of the brake disc with a groove that is open towards the inner circumference of the friction ring .
Universal programming station with orientable blocks, which is intended for programming operations of at least one appliance (10-12), wherein respective orientations of a plurality of blocks on a support of the station correspond, by configuration of said plurality of blocks and of the support, to at least one instruction for programming an operation of the appliance (10-12), and wherein the station is provided with a detection module , which is configured to detect the respective orientations of the blocks borne by the support , and with a communication module , which is configured to send data representing the at least one programming instruction corresponding to the blocks and to the respective orientations thereof on the support to a management platform via a communication network . wherein respective orientations of a plurality of blocks on a support of the station correspond, by configuration of said plurality of blocks and of the support, to at least one instruction for programming an operation of the appliance (10-12), and wherein the station is provided with a detection module , which is configured to detect the respective orientations of the blocks borne by the support , and with a communication module , which is configured to send data representing the at least one programming instruction corresponding to the blocks and to the respective orientations thereof on the support to a management platform via a communication network .
A urinalysis device for positioning inside a toilet comprising a test assembly , which comprises: - at least one rotatable holder comprising a plurality of test strips ; - an injector configured to inject a controlled volume of urine onto at least one of the test strips; - an analysis system configured to detect a urine injection result on the test strip; characterized in that the test strips of the plurality of test strips are fixed to the rotating support and in that the injector comprises a movable syringe configured to be moved towards or away from a test strip . - at least one rotatable holder comprising a plurality of test strips ; - an injector configured to inject a controlled volume of urine onto at least one of the test strips; - an analysis system configured to detect a urine injection result on the test strip;
A computer-implemented method for implementing a smart contract call on a blockchain network, the method comprising: retrieving one or more smart contract definitions from the blockchain network, the smart contract definitions including a plurality of contract functions from a plurality of smart contracts stored in a blockchain maintained by the blockchain network; generating a smart contract interface representing the smart contract definitions, the smart contract interface including a plurality of interface functions corresponding to the plurality of contract functions, the smart contract interface configured to allow software applications to call each of the contract functions by calling a corresponding interface function; receiving a call to a particular interface function from a software application, the call including call parameters corresponding to parameters of a particular contract function corresponding to the particular interface function; in response to the receiving the call to the particular interface function, generating a smart contract call to the particular contract function including the call parameters; and transmitting the smart contract call to the blockchain network. retrieving one or more smart contract definitions from the blockchain network, the smart contract definitions including a plurality of contract functions from a plurality of smart contracts stored in a blockchain maintained by the blockchain network; generating a smart contract interface representing the smart contract definitions, the smart contract interface including a plurality of interface functions corresponding to the plurality of contract functions, the smart contract interface configured to allow software applications to call each of the contract functions by calling a corresponding interface function; receiving a call to a particular interface function from a software application, the call including call parameters corresponding to parameters of a particular contract function corresponding to the particular interface function; in response to the receiving the call to the particular interface function, generating a smart contract call to the particular contract function including the call parameters; and transmitting the smart contract call to the blockchain network.
A method for verifying registration of a model of an internal body part with the internal body part in a reference coordinate system , said internal body part being at least partially unseen directly by a user, the method comprising the procedures of: continuously determining a position and orientation of a head mounted display in said reference coordinate system; determining a display location in a display of said head mounted display of at least one virtual marker according to an expected position of a respective at least one reference point relative to said head mounted display, said at least one reference point being directly visible to said user, the relative position between said at least one reference point and said internal body part being substantially constant, the position of said at least one reference point in said reference coordinate system is predetermined; and displaying on said display of said head mounted display said at least one virtual marker according to said display location, wherein, when said model and said internal body part are effectively registered, said at least one reference point and said corresponding at least one virtual marker appears visually in alignment. continuously determining a position and orientation of a head mounted display in said reference coordinate system; determining a display location in a display of said head mounted display of at least one virtual marker according to an expected position of a respective at least one reference point relative to said head mounted display, said at least one reference point being directly visible to said user, the relative position between said at least one reference point and said internal body part being substantially constant, the position of said at least one reference point in said reference coordinate system is predetermined; and displaying on said display of said head mounted display said at least one virtual marker according to said display location, wherein, when said model and said internal body part are effectively registered, said at least one reference point and said corresponding at least one virtual marker appears visually in alignment.
A power supply, comprising a bottom case , a top cover , a circuit board and a heat-dissipating fan , wherein said bottom case and said top cover are fitted together to delimit an accommodating space , said circuit board is mounted on said bottom case and located within said accommodating space , and said circuit board is provided thereon with a plurality of electronic components which are combined as at least a power calibration circuit or an electric power conversion circuit, said heat-dissipating fan includes a driving module and a fan blade set covering said driving module and being driven by said driving module to rotate; characterized in that said circuit board comprises a plurality of heat-dissipating elements , each of said plurality of heat-dissipating elements is provided correspondingly to one of said plurality of electronic components and allowed to conduct heat, respectively, and each of said plurality of heat-dissipating elements is provided with a mounting hole ; and said heat-dissipating fan includes a supporting frame , said supporting frame comprises a main body, the main body comprises a flat portion provided for said driving module and said fan blade set to be installed, said supporting frame further comprises a plurality of connecting ribs extending from the edge of the flat portion, each of the plurality of connecting ribs is respectively connected to one of said mounting holes , and said heat-dissipating fan is not provided with a barrier wall around said fan blade set .
A composition comprising liposomes comprising a folate targeting moiety and a prodrug of mitomycin C for use in the treatment of bladder cancer, wherein the prodrug of mitomycin C is a conjugate of mitomycin C releasably attached to a lipophilic moiety, and is of the form: wherein L is the hydrophobic moiety, R 1 represents a mitomycin C residue, and orientation of the -CH 2 R 1 group is selected from the ortho position and the para position.
A fault protection system for providing protection from fault current in a power distribution network, the system comprising: a switching device including a vacuum interrupter switch that is switchable to allow and block current flow through the switching device, a current sensor and a controller configured to control an actuator to open and close the switch based on the sensed current for fault protection, the switching device further including an outer insulating body comprising an upper housing and a lower housing , wherein the switch is comprised in the upper housing and the actuator and controller are comprised in the lower housing ; and a distribution transformer receiving a power signal from the switching device when the switch is closed and not receiving the power signal from the switching device when the switch is open, the distribution transformer including a bushing having a center conductor and an outer insulating body , wherein an end of the bushing is molded into lower housing , such that the switching device is secured to the distribution transformer by the bushing . a switching device including a vacuum interrupter switch that is switchable to allow and block current flow through the switching device, a current sensor and a controller configured to control an actuator to open and close the switch based on the sensed current for fault protection, the switching device further including an outer insulating body comprising an upper housing and a lower housing , wherein the switch is comprised in the upper housing and the actuator and controller are comprised in the lower housing ; and a distribution transformer receiving a power signal from the switching device when the switch is closed and not receiving the power signal from the switching device when the switch is open, the distribution transformer including a bushing having a center conductor and an outer insulating body ,
A power amplifier circuit for providing an amplified signal, the power amplifier circuit comprising: a main amplifier circuit comprising a main amplifier configured to amplify an input signal in one of a full-power mode and at least a back-off mode; a first peak amplifier circuit in parallel with the main amplifier circuit, the first peak amplifier circuit comprising a peak amplifier in series with a transmission line , the peak amplifier configured to be activated in the full-power mode and to be de-activated in at least the back-off mode, wherein an output capacitance of the peak amplifier is absorbed as part of the transmission line , and the transmission line with the output capacitance of the peak amplifier absorbed as part of the transmission line being substantially equivalent to a quarter-wave transmission line ; a combining node connected to an output of the main amplifier circuit and an output of the transmission line, wherein the first peak amplifier circuit appears substantially as an open circuit to the combining node ; a matching network connected at the output of the combining node, wherein the matching network is configured to provide partial impedance matching for the main amplifier circuit and impedance matching for the first peak amplifier circuit ; and a second matching network connected between the output of the main amplifier and the combining node . a main amplifier circuit comprising a main amplifier configured to amplify an input signal in one of a full-power mode and at least a back-off mode; a first peak amplifier circuit in parallel with the main amplifier circuit, the first peak amplifier circuit comprising a peak amplifier in series with a transmission line , the peak amplifier configured to be activated in the full-power mode and to be de-activated in at least the back-off mode, wherein an output capacitance of the peak amplifier is absorbed as part of the transmission line , and the transmission line with the output capacitance of the peak amplifier absorbed as part of the transmission line being substantially equivalent to a quarter-wave transmission line ; a combining node connected to an output of the main amplifier circuit and an output of the transmission line, wherein the first peak amplifier circuit appears substantially as an open circuit to the combining node ; a matching network connected at the output of the combining node, wherein the matching network is configured to provide partial impedance matching for the main amplifier circuit and impedance matching for the first peak amplifier circuit ; and a second matching network connected between the output of the main amplifier and the combining node .
A method of producing an article comprising forming a diffractive microstructure at an interface of the article, wherein the method comprises forming the article by means of a pressing or moulding operation, the microstructure being formed in the pressing or moulding process of the article by forming the pressing or moulding tool with a negative version of the microstructure, characterized in coating the article at least in an area covering the microstructure with a transparent layer having a higher refractive index than the microstructure.
An electronics enclosure having a generally waterproof wire access point for making one or more wired connections to electronics within the enclosure, comprising: a generally watertight housing adapted to house electronics; said housing having an opening for directing cables or wires to within the enclosure, and said housing being closed by a cap in interference fit with the opening when not in use; said opening including a generally radially shaped wall extending outwardly from the housing the wall having a minimum wall thickness to allow deformation of the wall , and terminating in the elastically deformable opening edge ; said opening including a recess ; said cap having a flange that has a minimal thickness so as to be elastically deformable and a flared portion which cooperates with the recess to provide a gap; an elastically deformable opening edge formed around the opening and an elastically deformable cap edge formed around the cap ; and a gasketless seal formed by the interference fit of the elastically deformable edge between the cap and opening when the opening is closed by the cap .
A method, comprising: determining a current quantity of burned fuel by an engine; measuring a level of wear of a piston ring using a width of a wear marking of the piston ring ; and determining a correlation between a quantity of burned fuel and a level of wear of the piston ring for the engine, wherein determining the correlation comprises establishing the correlation based on data collected during operation of engines of same type as the engine, and wherein the data includes the quantity of burned fuel in relation to the level of wear of the piston ring ; wherein the method further comprises determining a remaining life of the engine based on the current quantity of burned fuel and the correlation, wherein the level of wear of the piston ring is indicative of the remaining life of the engine. determining a current quantity of burned fuel by an engine; measuring a level of wear of a piston ring using a width of a wear marking of the piston ring ; and determining a correlation between a quantity of burned fuel and a level of wear of the piston ring for the engine, wherein determining the correlation comprises establishing the correlation based on data collected during operation of engines of same type as the engine, and wherein the data includes the quantity of burned fuel in relation to the level of wear of the piston ring ; wherein the method further comprises determining a remaining life of the engine based on the current quantity of burned fuel and the correlation, wherein the level of wear of the piston ring is indicative of the remaining life of the engine.
A heat exchanger plate configured to be comprised by a plate heat exchanger configured for evaporation of a first fluid, the heat exchanger plate comprising a heat exchanger area extending in parallel with an extension plane (p) of the heat exchanger plate and comprising a corrugation of ridges and valleys, an edge area extending around the heat exchanger area , a number of portholes (11-14) extending through the heat exchanger area , the portholes (11-14) comprising a first inlet porthole for said first fluid, a peripheral rim surrounding the first inlet porthole and extending transversely to the extension plane (p) from a root end of the peripheral rim to an edge of the peripheral rim , wherein the peripheral rim has a circumferential length around the first inlet porthole , and at least one restriction hole extending through the peripheral rim , characterized in that the peripheral rim , along the circumferential length, comprises at least one flat or substantially flat portion and that the restriction hole extends through the flat or substantially flat portion , wherein the flat or substantially flat portion of the peripheral rim extends transversely to the extension plane (p) of the heat exchanger plate , and wherein the portholes (11-14) have a respective flow area and comprise a first outlet porthole for said first fluid, and wherein the flow area of the first inlet porthole is smaller than the flow area of the first outlet porthole . a heat exchanger area extending in parallel with an extension plane (p) of the heat exchanger plate and comprising a corrugation of ridges and valleys, an edge area extending around the heat exchanger area , a number of portholes (11-14) extending through the heat exchanger area , the portholes (11-14) comprising a first inlet porthole for said first fluid, a peripheral rim surrounding the first inlet porthole and extending transversely to the extension plane (p) from a root end of the peripheral rim to an edge of the peripheral rim , wherein the peripheral rim has a circumferential length around the first inlet porthole , and at least one restriction hole extending through the peripheral rim ,