mhurhangee/patent-ind-claim-en huggingface dataset:
A recording method for a mobile terminal, comprising: recording a quantity of calls and a quantity of recordings, in historical calls between the mobile terminal and a target contact; determining whether the quantity of calls and the quantity of recordings meet preset conditions; when the quantity of calls and the quantity of recordings meet the preset conditions, adding information of the target contact to an automatic recording list; when the mobile terminal is in a call with a contact, obtaining information of the contact in the current call with the mobile terminal; determining whether the information of the contact in the current call is found in the automatic recording list; and activating call recording when the information of the contact in the current call is found in the automatic recording list; wherein the step of determining whether the quantity of calls and the quantity of recordings meet the preset conditions comprises: when the quantity of calls reaches a third preset threshold, determining whether a ratio of the quantity of recordings to the quantity of calls is greater than or equal to a fourth preset threshold; when the ratio of the quantity of recordings to the quantity of calls is greater than or equal to the fourth preset threshold, determining that the quantity of calls and the quantity of recordings meet the preset conditions. recording a quantity of calls and a quantity of recordings, in historical calls between the mobile terminal and a target contact; determining whether the quantity of calls and the quantity of recordings meet preset conditions; when the quantity of calls and the quantity of recordings meet the preset conditions, adding information of the target contact to an automatic recording list; when the mobile terminal is in a call with a contact, obtaining information of the contact in the current call with the mobile terminal; determining whether the information of the contact in the current call is found in the automatic recording list; and activating call recording when the information of the contact in the current call is found in the automatic recording list; wherein the step of determining whether the quantity of calls and the quantity of recordings meet the preset conditions comprises: when the quantity of calls reaches a third preset threshold, determining whether a ratio of the quantity of recordings to the quantity of calls is greater than or equal to a fourth preset threshold; when the ratio of the quantity of recordings to the quantity of calls is greater than or equal to the fourth preset threshold, determining that the quantity of calls and the quantity of recordings meet the preset conditions.
Process for producing SiOC-bonded polyether siloxanes branched in the siloxane portion from mixtures of cyclic branched siloxanes of the D/T type, characterized in that it comprises in a first step reacting cyclic branched siloxanes of the D/T type with acetic anhydride optionally in admixture with simple siloxane cycles under acid catalysis to afford acetoxy-bearing branched siloxanes and in a second step performing the equilibration of the acetoxy-modified branched siloxane with trifluoromethanesulfonic acid and in a third step reacting the trifluoromethanesulfonic acid-treated acetoxysiloxane with polyetherols optionally in the presence of bases and optionally in the presence of an inert solvent. in a first step reacting cyclic branched siloxanes of the D/T type with acetic anhydride optionally in admixture with simple siloxane cycles under acid catalysis to afford acetoxy-bearing branched siloxanes and in a second step performing the equilibration of the acetoxy-modified branched siloxane with trifluoromethanesulfonic acid and in a third step reacting the trifluoromethanesulfonic acid-treated acetoxysiloxane with polyetherols optionally in the presence of bases and optionally in the presence of an inert solvent.
A nuclear power plant located adjacent to a body of water , the plant comprising , in order of distance from the body of water : a cooling water pump house , a turbine hall, and a nuclear reactor in a containment structure; the nuclear power plant having a protective superstructure , the nuclear power plant being characterised in that the protective superstructure comprises: a first end region configured to cover the containment structure, a second end region opposite the first end region configured to cover the cooling water pump house , and a central region between the first and second end regions configured to cover the turbine hall, and wherein the superstructure has an oval-shaped plan profile, the oval having a greater degree of curvature at the first end region than at the second end region . a cooling water pump house , a turbine hall, and a nuclear reactor in a containment structure; the nuclear power plant having a protective superstructure , the nuclear power plant being characterised in that the protective superstructure comprises: a first end region configured to cover the containment structure, a second end region opposite the first end region configured to cover the cooling water pump house , and a central region between the first and second end regions configured to cover the turbine hall, and wherein the superstructure has an oval-shaped plan profile, the oval having a greater degree of curvature at the first end region than at the second end region .
A laminated polyester film comprising a pigment-containing polyester layer A and wax-containing polyester layers B1 and B2 on both sides of the polyester layer A, wherein the film satisfies the following formulas (I) , (II) and (III), the surface free energy of each layer B1 and layer B2 is not less than 27 mN/m and not more than 43 mN/mm, and the coefficient of variation of water contact angle for each layer B1 and layer B2 is not less than 0% and not more than 10%, when the contact angle with water is measured 10 times at different arbitrary positions within the range of 200mm x 200mm on the film after 24 hours of humidity adjustment under conditions of 23°C and 65% RH: Wb 1 > Wa Wb 2 > Wa Wb 1 > Wb 2 (wherein Wb1 and Wb2 represent the wax content per unit area (μg/cm 2 ) of the layer B1 and layer B2 respectively, and Wa represents the wax content per unit area (μg/cm 2 ) of the layer A, and wherein the coefficient of variation of water contact angle represents a value obtained by dividing the standard deviation in values measured 10 times by the arithmetic average value).
A coated article comprising a substrate, an underlayer over at least a portion of the substrate, the underlayer comprising a first underlayer film wherein the first underlayer film comprises a first high refractive index material, wherein the first high refractive index material comprises an oxide of zinc and/or tin, and a second underlayer film over at least a portion of the first underlayer film wherein the second underlayer film comprises a low refractive index material, and wherein the first high refractive index material has a refractive index greater than the first low refractive index material, a transparent conductive oxide layer over at least a portion of the underlayer and an embedded film embedded within the transparent conductive oxide layer wherein the embedded film comprises a second high refractive index material, and wherein the second high refractive index material has a refractive index greater than the first low refractive index material.
A method of estimating electrical parameters of an induction motor during dynamic or steady-state operation of the motor, comprising: calculating a complex current space vector from current measurements of a current signal associated with the motor; calculating a complex voltage space vector from voltage measurements of a voltage signal associated with the motor; characterised in that the method further comprises: determining an instantaneous rotor speed of the motor in accordance with a function that includes a fundamental frequency extracted from the complex voltage space vector and a rotor slot harmonic frequency extracted from the complex current space vector; extracting from the complex voltage space vector a fundamental frequency voltage component ; extracting from the complex current space vector a fundamental frequency current component ; determining at least one electrical parameter of the motor according to a least-squares function that includes the fundamental frequency voltage component, the fundamental frequency current component, and the instantaneous rotor speed; and storing the at least one electrical parameter. calculating a complex current space vector from current measurements of a current signal associated with the motor; calculating a complex voltage space vector from voltage measurements of a voltage signal associated with the motor; characterised in that the method further comprises: determining an instantaneous rotor speed of the motor in accordance with a function that includes a fundamental frequency extracted from the complex voltage space vector and a rotor slot harmonic frequency extracted from the complex current space vector; extracting from the complex voltage space vector a fundamental frequency voltage component ; extracting from the complex current space vector a fundamental frequency current component ; determining at least one electrical parameter of the motor according to a least-squares function that includes the fundamental frequency voltage component, the fundamental frequency current component, and the instantaneous rotor speed; and storing the at least one electrical parameter. determining an instantaneous rotor speed of the motor in accordance with a function that includes a fundamental frequency extracted from the complex voltage space vector and a rotor slot harmonic frequency extracted from the complex current space vector; extracting from the complex voltage space vector a fundamental frequency voltage component ; extracting from the complex current space vector a fundamental frequency current component ; determining at least one electrical parameter of the motor according to a least-squares function that includes the fundamental frequency voltage component, the fundamental frequency current component, and the instantaneous rotor speed; and storing the at least one electrical parameter.
An image display system, comprising: a waveguide ; an optical device comprising a first prism and a second prism , wherein the first prism and the second prism are right triangle prisms, a first surface of the first prism and a second surface of the second prism being disposed in parallel and adjacent to each other and at an oblique angle to the waveguide , the first surface being partially reflective and the second surface being substantially totally reflective, wherein the optical device is configured for receiving an incoming light beam and providing a plurality of input beamlets to the waveguide , each input beamlet being derived from a portion of the incoming light beam , the input beamlets being offset spatially; wherein the waveguide is configured for: receiving the plurality of input beamlets ; propagating the plurality of input beamlets by total internal reflection (TIR); and outputting multiple groups of output beamlets , each group of output beamlets including a portion of each of the plurality of input beamlets propagating in the waveguide by total internal reflection. a waveguide ; an optical device comprising a first prism and a second prism , wherein the first prism and the second prism are right triangle prisms, a first surface of the first prism and a second surface of the second prism being disposed in parallel and adjacent to each other and at an oblique angle to the waveguide , the first surface being partially reflective and the second surface being substantially totally reflective, wherein the optical device is configured for receiving an incoming light beam and providing a plurality of input beamlets to the waveguide , each input beamlet being derived from a portion of the incoming light beam , the input beamlets being offset spatially; wherein the waveguide is configured for: receiving the plurality of input beamlets ; propagating the plurality of input beamlets by total internal reflection (TIR); and outputting multiple groups of output beamlets , each group of output beamlets including a portion of each of the plurality of input beamlets propagating in the waveguide by total internal reflection. receiving the plurality of input beamlets ; propagating the plurality of input beamlets by total internal reflection (TIR); and outputting multiple groups of output beamlets , each group of output beamlets including a portion of each of the plurality of input beamlets propagating in the waveguide by total internal reflection.
A surface acoustic wave band reject filter implemented as a flip chip assembly, the surface acoustic wave band reject filter comprising: a substrate , the substrate including electrode bars and bonding pads formed on the substrate ; and a first die having a side facing the substrate ; a first group of at least three surface acoustic wave resonators formed on the first die , the first die being mounted on the substrate in a flip chip arrangement; solder balls in contact with the side of the first die facing the substrate , the solder balls being positioned to be in electrical contact with the electrode bars and bonding pads on the substrate , the first group of at least three surface acoustic wave resonators being interconnected by the electrode bars and bonding pads via the solder balls and collectively exhibiting a band reject filter response, wherein a first three surface acoustic wave resonators of the first group of at least three surface acoustic wave resonators are arranged so that two of the first three surface acoustic wave resonators are electrically in series and directly connected to each other, and a third surface acoustic wave resonator of the first three surface acoustic wave resonators is electrically in parallel to and connected between the two surface acoustic wave resonators . a substrate , the substrate including electrode bars and bonding pads formed on the substrate ; and a first die having a side facing the substrate ; a first group of at least three surface acoustic wave resonators formed on the first die , the first die being mounted on the substrate in a flip chip arrangement; solder balls in contact with the side of the first die facing the substrate , the solder balls being positioned to be in electrical contact with the electrode bars and bonding pads on the substrate , the first group of at least three surface acoustic wave resonators being interconnected by the electrode bars and bonding pads via the solder balls and collectively exhibiting a band reject filter response, wherein a first three surface acoustic wave resonators of the first group of at least three surface acoustic wave resonators are arranged so that two of the first three surface acoustic wave resonators are electrically in series and directly connected to each other, and a third surface acoustic wave resonator of the first three surface acoustic wave resonators is electrically in parallel to and connected between the two surface acoustic wave resonators .
A passively self-regulating membrane reactor for carrying out balanced reactions with at least a first reactant A and a second reactant B and a first product C and a second product D, the membrane reactor having a membrane which separates a reaction chamber from a permeate chamber and is permeable to the second reactant B and the second product D and is not permeable or only slightly permeable to the first product C, wherein - the first reactant A can be fed under pressure to the reaction chamber via a reaction chamber inlet , - the second reactant B can be fed under pressure to the reaction chamber via a permeate chamber inlet , the permeate chamber and the membrane , wherein - the pressure of the second reactant B is set as the sum of a desired partial pressure in the reaction chamber and a transmembrane pressure for transport into the reaction chamber , - the reaction chamber has a first separation chamber not directly adjacent to the membrane , the permeate chamber has a second separation chamber not directly adjacent to the membrane , - the first product C can be discharged from the reaction chamber via a first separation chamber separately from the first reactant A at a reaction chamber outlet , and - the second product D can be discharged from the permeate chamber via a second separation chamber separately from the second reactant B at a permeate chamber outlet as a result of permeation through the membrane . - the first reactant A can be fed under pressure to the reaction chamber via a reaction chamber inlet , - the second reactant B can be fed under pressure to the reaction chamber via a permeate chamber inlet , the permeate chamber and the membrane , wherein - the pressure of the second reactant B is set as the sum of a desired partial pressure in the reaction chamber and a transmembrane pressure for transport into the reaction chamber , - the reaction chamber has a first separation chamber not directly adjacent to the membrane , the permeate chamber has a second separation chamber not directly adjacent to the membrane , - the first product C can be discharged from the reaction chamber via a first separation chamber separately from the first reactant A at a reaction chamber outlet , and - the second product D can be discharged from the permeate chamber via a second separation chamber separately from the second reactant B at a permeate chamber outlet as a result of permeation through the membrane .
A feeder system for metal casting comprising a feeder sleeve mounted on a tubular body ; the tubular body having a first end and an opposite second end and a compressible portion therebetween so that upon application of a force in use, the distance (D1) between the first and second ends (18, 34 46, 64, 72; 22, 36, 50, 66, 74) is reduced; the feeder sleeve having a longitudinal axis (Z) and comprising a continuous sidewall extending generally around the longitudinal axis (Z) that defines a cavity for receiving liquid metal during casting, the sidewall having a base adjacent the second end of the tubular body ; the tubular body defining an open bore therethrough for connecting the cavity to the casting, wherein at least one cut-out extends into the sidewall from the base and the second end of the tubular body projects into the cut-out to a fixed depth.
A method of supplying electrical energy and / or fuel to at least one motor vehicle by means of at least one robot of a petrol station or charging station, wherein the method comprises the steps of: - determining (S10, S40, S50) a plurality of temporally successive positions of the motor vehicle with respect to the robot by means of at least one depth sensor , which is guided by the robot, or which is fixedly or detachably or displaceably connected to an environment, in particular to a structure of the petrol station or charging station; - connecting (S60), to the motor vehicle , an interface which is guided by the robot ; and - supplying (S70) electrical energy and / or fuel to the motor vehicle via the interface which is connected thereto, and which is guided by the robot; wherein the method comprises the step of: - controlling (S30, S40, S60) the robot as a function of the determined positions of the motor vehicle , wherein positions of the motor vehicle , which is located completely outside a working space (A) of the robot and at least partially in a monitoring space (U), which is arranged outside the working space (A), are determined, and a speed (v) of the motor vehicle are determined from these positions, and an entry (E) of the motor vehicle into the working space (A) of the robot is predicted (S20) as a function of at least one of these determined positions of the motor vehicle in the monitoring space (U) and from the speed of the motor vehicle determined from these determined positions, and the controlling comprises: transferring the robot to a safe state, in particular moving to a predetermined pose, reducing a speed, in particular stopping, of the robot and / or blocking (S30) a part of the working space (A) of the robot, as a function of the predicted entry, in particular the time and / or location (E) thereof. - determining (S10, S40, S50) a plurality of temporally successive positions of the motor vehicle with respect to the robot by means of at least one depth sensor , which is guided by the robot, or which is fixedly or detachably or displaceably connected to an environment, in particular to a structure of the petrol station or charging station; - connecting (S60), to the motor vehicle , an interface which is guided by the robot ; and - supplying (S70) electrical energy and / or fuel to the motor vehicle via the interface which is connected thereto, and which is guided by the robot; - controlling (S30, S40, S60) the robot as a function of the determined positions of the motor vehicle ,
An insect trapping unit comprising: an adhesive sheet including a fluorescent whitening agent and being transparent to ultraviolet ray; and a reflective member configured to reflect ultraviolet ray transmitted through the adhesive sheet in a direction for the reflected ultraviolet ray to transmit through the adhesive sheet again, wherein the adhesive sheet comprises: an adhesive surface ; and a back surface which is in an opposite side to the adhesive surface , and wherein the reflective member is opposed to the back surface of the adhesive sheet . an adhesive sheet including a fluorescent whitening agent and being transparent to ultraviolet ray; and a reflective member configured to reflect ultraviolet ray transmitted through the adhesive sheet in a direction for the reflected ultraviolet ray to transmit through the adhesive sheet again, wherein the adhesive sheet comprises: an adhesive surface ; and a back surface which is in an opposite side to the adhesive surface , and an adhesive surface ; and a back surface which is in an opposite side to the adhesive surface , and wherein the reflective member is opposed to the back surface of the adhesive sheet .
A method in a mobile electronic device , the method comprising: receiving, at a feed reader , a uniform resource indicator, URI, to a content feed; retrieving parameters from the URI which is related to a content feed server , the content feed server being configured to provide for optimized reception of the content feed; determining, from the parameters retrieved from the URI, whether the content feed is a syndicated feed reception 'SFR' feed as distinguished from a legacy ATOM or Really Simple Syndication 'RSS' feed; and, when the content feed is an SFR feed, subscribing to the content feed at the content feed server according to an address and data connection details determined from the parameters retrieved from the URI, said address being one of: an address of the content feed server, an SFR server address, a content address and a proxy address. receiving, at a feed reader , a uniform resource indicator, URI, to a content feed; retrieving parameters from the URI which is related to a content feed server , the content feed server being configured to provide for optimized reception of the content feed; determining, from the parameters retrieved from the URI, whether the content feed is a syndicated feed reception 'SFR' feed as distinguished from a legacy ATOM or Really Simple Syndication 'RSS' feed; and, when the content feed is an SFR feed, subscribing to the content feed at the content feed server according to an address and data connection details determined from the parameters retrieved from the URI, said address being one of: an address of the content feed server, an SFR server address, a content address and a proxy address.