mhurhangee/ep-ind-claims huggingface dataset:
A line frequency detector for receiving an input signal representing a power source and detecting a line frequency of the power source based on the input signal, the line frequency detector comprising: a first band pass filter adapted to filter the input signal to generate a first characteristic signal, the first band pass filter having a pass band centered at a first frequency of a frequency range of the input signal; a second band pass filter adapted to filter the input signal to generate a second characteristic signal, the second band pass filter having a pass band centered at a second frequency of the frequency range of the input signal, the first frequency being larger than the second frequency; a characteristic ratio calculator adapted to determine a characteristic ratio between the first characteristic signal and the second characteristic signal; and a mapping module adapted to map the characteristic ratio to the line frequency of the power source by applying the characteristic ratio to a mapping function, the mapping function representing a relationship between the characteristic ratio and the line frequency of the power source. a first band pass filter adapted to filter the input signal to generate a first characteristic signal, the first band pass filter having a pass band centered at a first frequency of a frequency range of the input signal; a second band pass filter adapted to filter the input signal to generate a second characteristic signal, the second band pass filter having a pass band centered at a second frequency of the frequency range of the input signal, the first frequency being larger than the second frequency; a characteristic ratio calculator adapted to determine a characteristic ratio between the first characteristic signal and the second characteristic signal; and a mapping module adapted to map the characteristic ratio to the line frequency of the power source by applying the characteristic ratio to a mapping function, the mapping function representing a relationship between the characteristic ratio and the line frequency of the power source.
A universal electric plug having a plug body comprising two protruding pins (11, 12) to be inserted into outlet openings (1, 6, 7) of a conventional AC socket and of an asymmetrical DC socket and two grounding grooves formed respectively on the top and bottom sides of the plug body and extending to both end faces of the plug body, wherein a shape of the plug body is round and a diameter of the universal electric plug is adapted to correspond to a diameter of a round recess of the conventional AC socket, the universal electric plug can be plugged in the AC socket with possibility of reverse inversion by symmetrical shape of the AC socket, characterized by an additional groove formed only in the left side or only in the right side of the plug body, and further characterized in that the additional groove is defining a placement and polarity of the protruding pins (11, 12) when said plug is plugged to the DC socket, and a length of a side of a square of the asymmetric DC socket having a protrusion in one side of its socket recess corresponding to the groove and protruding into said recess which prevents the universal electric plug connection with the DC socket in reverse way, and the universal electric plug can be plugged in the DC asymmetrical socket only by single way without possibility of reverse insertion by asymmetrical shape of the DC symmetrical recess with the protrusion located only from the side of a positive or negative pin of the DC socket. wherein a shape of the plug body is round and a diameter of the universal electric plug is adapted to correspond to a diameter of a round recess of the conventional AC socket, the universal electric plug can be plugged in the AC socket with possibility of reverse inversion by symmetrical shape of the AC socket, characterized by an additional groove formed only in the left side or only in the right side of the plug body, and further characterized in that the additional groove is defining a placement and polarity of the protruding pins (11, 12) when said plug is plugged to the DC socket, and a length of a side of a square of the asymmetric DC socket having a protrusion in one side of its socket recess corresponding to the groove and protruding into said recess which prevents the universal electric plug connection with the DC socket in reverse way, and the universal electric plug can be plugged in the DC asymmetrical socket only by single way without possibility of reverse insertion by asymmetrical shape of the DC symmetrical recess with the protrusion located only from the side of a positive or negative pin of the DC socket.
An adduct comprising a reaction product of (a) at least one divinylarene dioxide, and (b) at least one end-functionalized polymer; wherein the at least one end-functionalized polymer comprises a carboxy-terminated polybutadiene; a carboxy-terminated polysiloxane; a carboxy terminated polyethylene; a carboxy terminated polyacrylate; a carboxy terminated poly(styrene-butadiene); or mixtures thereof.
A system for treating an anatomical feature in tissue, said system comprising: a real time image display; a treatment probe having a deployable needle structure and an imaging transducer, wherein the transducer is connectable to the real time image display; a positionable stop structure on the treatment probe, wherein a position of the stop structure on the probe controls at least one of a position and a size of a treatment or safety region projected on the real time image display and physically limits deployment of the needle structure so that subsequent treatment of the tissue is within the projected treatment and/or safety region. a real time image display; a treatment probe having a deployable needle structure and an imaging transducer, wherein the transducer is connectable to the real time image display; a positionable stop structure on the treatment probe, wherein a position of the stop structure on the probe controls at least one of a position and a size of a treatment or safety region projected on the real time image display and physically limits deployment of the needle structure so that subsequent treatment of the tissue is within the projected treatment and/or safety region.
A process for purification of an aromatic fraction containing more than 5 % by weight and less than about 20 % by weight of acetylenes as impurities by selective hydrogenation of the acetylenes, wherein the aromatic fraction comprises benzene, toluene or a mixture thereof and the aromatic fraction comprises at least about 5 % by weight of aromatic hydrocarbons, wherein the acetylene triple bonds are hydrogenated to single bonds by means of a catalyst containing nickel or palladium at a temperature of not more than about 60°C and a hydrogen pressure of not more than about 50 bar, wherein the product obtained after selective hydrogenation contains less than 0.35 % by weight of acetylenes and olefins, wherein the catalyst is selected from Raney-Nickel, supported nickel and supported palladium.
A decoration member comprising: a color developing layer comprising a light reflective layer and a light absorbing layer provided on the light reflective layer; and a substrate provided on one surface of the color developing layer, wherein the light absorbing layer comprises a molybdenum-titanium oxide (Mo a Ti b O x); and ω represented by Equation 1 is greater than or equal to 0.41 and less than or equal to 1.1 when conducting a component analysis on any one point of the light absorbing layer: ω = T x × σ x ƒ T 1 = T 1 T 0 o < T 1 ≤ T o ƒ T 1 = ƒ T 1 + n × T 0 σ x = a + b x wherein, in Equation 1, T x is a T 1 -dependent function value of a function represented by f(T 1), n is a positive integer of 1 or greater, and σ x is represented by Equation 3; wherein, in Equation 2, T 1 is a thickness of the light absorbing layer comprising the any one point of the light absorbing layer on which the component analysis is conducted, and T o is 80 nm; and wherein, in Equation 3, a means an element content ratio of molybdenum (Mo), b means an element content ratio of titanium (Ti), and x means an element content ratio of oxygen. a color developing layer comprising a light reflective layer and a light absorbing layer provided on the light reflective layer; and a substrate provided on one surface of the color developing layer, wherein the light absorbing layer comprises a molybdenum-titanium oxide (Mo a Ti b O x); and ω represented by Equation 1 is greater than or equal to 0.41 and less than or equal to 1.1 when conducting a component analysis on any one point of the light absorbing layer: ω = T x × σ x ƒ T 1 = T 1 T 0 o < T 1 ≤ T o ƒ T 1 = ƒ T 1 + n × T 0 σ x = a + b x wherein, in Equation 1, T x is a T 1 -dependent function value of a function represented by f(T 1), n is a positive integer of 1 or greater, and σ x is represented by Equation 3; wherein, in Equation 2, T 1 is a thickness of the light absorbing layer comprising the any one point of the light absorbing layer on which the component analysis is conducted, and T o is 80 nm; and wherein, in Equation 3, a means an element content ratio of molybdenum (Mo), b means an element content ratio of titanium (Ti), and x means an element content ratio of oxygen.
A TPMS (tire pressure monitoring system) setting tool, comprising: a housing comprising a receptacle located at one side thereof and adapted for receiving a TPMS, said housing having mounted thereon a display unit and an input device and mounted therein a circuit board and a power supply device, said power supply device being electrically coupled to said circuit board for providing the TPMS setting tool with the necessary working power supply, said circuit board comprising: a MCU (micro control unit) electrically coupled with said display unit and said input device; a memory unit electrically connected to said MCU and adapted for storing communication protocols; a low-frequency communication unit electrically connected to said MCU; a radio-frequency communication unit electrically connected to said MCU; a clock system electrically connected to said MCU; and a connection port installed in said receptacle and being electrically connected to said MCU, said connection port comprising a plurality of pins, characterized in that said housing further comprises a lock knob disposed at one side relative to said receptacle and adapted to lock an inserted TPMS in said receptacle, allowing the inserted TPMS to be removed from said receptacle when said lock knob is pressed down by a person. a housing comprising a receptacle located at one side thereof and adapted for receiving a TPMS, said housing having mounted thereon a display unit and an input device and mounted therein a circuit board and a power supply device, said power supply device being electrically coupled to said circuit board for providing the TPMS setting tool with the necessary working power supply, said circuit board comprising: a MCU (micro control unit) electrically coupled with said display unit and said input device; a memory unit electrically connected to said MCU and adapted for storing communication protocols; a low-frequency communication unit electrically connected to said MCU; a radio-frequency communication unit electrically connected to said MCU; a clock system electrically connected to said MCU; and a connection port installed in said receptacle and being electrically connected to said MCU, said connection port comprising a plurality of pins, characterized in that said housing further comprises a lock knob disposed at one side relative to said receptacle and adapted to lock an inserted TPMS in said receptacle, allowing the inserted TPMS to be removed from said receptacle when said lock knob is pressed down by a person.
A system for measuring in real time an attitude of an object (2, 102, 202) in a fixed frame of reference from a moving frame of reference, the system comprising: a first imaging device (6, 106, 206) for producing image data for the object from a first direction; a second imaging device (8, 108, 208) for producing image data for the object from a second direction having a component perpendicular to the first direction; an attitude sensing arrangement (10, 110) for determining an attitude of the first and second imaging devices with respect to the fixed frame of reference at the time the respective images are taken and for generating attitude data; and an image processing system (12, 112) for analysing and combining the respective image data and attitude data to determine the real time attitude of the object. a first imaging device (6, 106, 206) for producing image data for the object from a first direction; a second imaging device (8, 108, 208) for producing image data for the object from a second direction having a component perpendicular to the first direction; an attitude sensing arrangement (10, 110) for determining an attitude of the first and second imaging devices with respect to the fixed frame of reference at the time the respective images are taken and for generating attitude data; and an image processing system (12, 112) for analysing and combining the respective image data and attitude data to determine the real time attitude of the object.
Erythropoietin and Fibronectin for use in promoting wound healing, treating ischemia, or promoting connective tissue reconstruction by topical administration, wherein - Erythropoietin and Fibronectin are in a co-formulation, which is a composition comprising 10-30 μg per ml Erythropoietin and 100-300 μg per ml Fibronectin, and a pharmaceutically or cosmetically acceptable carrier or diluent, or - Erythropoietin and Fibronectin are in separate compositions, wherein a first composition comprises 10-30 μg per ml Erythropoietin and a pharmaceutically acceptable carrier or diluent, and a second composition comprises 100-300 μg per ml Fibronectin and a pharmaceutically acceptable carrier or diluent. - Erythropoietin and Fibronectin are in a co-formulation, which is a composition comprising 10-30 μg per ml Erythropoietin and 100-300 μg per ml Fibronectin, and a pharmaceutically or cosmetically acceptable carrier or diluent, or - Erythropoietin and Fibronectin are in separate compositions, wherein a first composition comprises 10-30 μg per ml Erythropoietin and a pharmaceutically acceptable carrier or diluent, and a second composition comprises 100-300 μg per ml Fibronectin and a pharmaceutically acceptable carrier or diluent.
An ex vivo method for testing cellular responsiveness of primary tumor cell populations to a drug or combination of drugs that comprises: i) submit a whole sample from a subject selected from: peripheral blood, or bone marrow, or lymph node to a separation process to isolate an Artificial Environment consisting of a plasma fraction, an erythrocyte fraction or a combination thereof, free from leukocytes, ii) mix the leukocyte-free AE obtained in the previous step with a primary tumor cell population, iii) add to the mixture of step ii) at least one drug to be tested, iv) incubate the mixture obtained in step iii) during from 2 hours to 14 days to allow the drug tested to exert any activity it might have on the primary tumor cell population, v) assess the viability and/or proliferation of the primary tumor cell population in the presence or absence of the drug tested, vi) produce comparative data on viability and/or on proliferation of the primary tumor cell population between the assessment made in presence and in absence of the drug tested and relate the data obtained to values indicative of drug activity for reducing/increasing viability and/or proliferation of the primary tumor cell population. i) submit a whole sample from a subject selected from: peripheral blood, or bone marrow, or lymph node to a separation process to isolate an Artificial Environment consisting of a plasma fraction, an erythrocyte fraction or a combination thereof, free from leukocytes, ii) mix the leukocyte-free AE obtained in the previous step with a primary tumor cell population, iii) add to the mixture of step ii) at least one drug to be tested, iv) incubate the mixture obtained in step iii) during from 2 hours to 14 days to allow the drug tested to exert any activity it might have on the primary tumor cell population, v) assess the viability and/or proliferation of the primary tumor cell population in the presence or absence of the drug tested, vi) produce comparative data on viability and/or on proliferation of the primary tumor cell population between the assessment made in presence and in absence of the drug tested and relate the data obtained to values indicative of drug activity for reducing/increasing viability and/or proliferation of the primary tumor cell population.
A colpotomy system, comprising: a colpotomy cup that extends to a distal surface and defines a longitudinal axis and a cutter (156a, 154a) operably coupled to the colpotomy cup and configured to travel along an arcuate path defined about the distal surface of the colpotomy cup, the cutter actuatable to separate a uterus from a vagina as the cutter at least partially rotates about the longitudinal axis of the colpotomy cup, characterized in that the colpotomy cup is moveable between an unexpanded position and an expanded position to facilitate identification of the position of the colpotomy cup in vivo, the colpotomy cup expanding radially as the colpotomy cup moves from the unexpanded position to the expanded position. a colpotomy cup that extends to a distal surface and defines a longitudinal axis and a cutter (156a, 154a) operably coupled to the colpotomy cup and configured to travel along an arcuate path defined about the distal surface of the colpotomy cup, the cutter actuatable to separate a uterus from a vagina as the cutter at least partially rotates about the longitudinal axis of the colpotomy cup, characterized in that the colpotomy cup is moveable between an unexpanded position and an expanded position to facilitate identification of the position of the colpotomy cup in vivo, the colpotomy cup expanding radially as the colpotomy cup moves from the unexpanded position to the expanded position.
A first thermoplastic elastomer composition comprising at least one elastomeric polymer, component A, selected from the group of ethylene/α-olefin interpolymers and propylene/a-olefin interpolymers, at least one semi-crystalline polymer, component B, selected from the group of polypropylene homopolymers, propylene/ethylene copolymers and high density polyethylene, at least one oil, and at least one filler wherein the first thermoplastic elastomer composition is characterized by a Shape Retention Index less than or equal to 1.6 at 10000 Pa-s, and less than 4.5 at 1000 Pa-s for compositions with Thermal Mechanical Analysis greater than 85°C; wherein SRI is measured as described in the description; wherein the composition does not include a vulcanization agent or vulcanization co-agent. wherein SRI is measured as described in the description; wherein the composition does not include a vulcanization agent or vulcanization co-agent.
Apparatus, comprising: a probe comprising: a force sensor configured to measure a force exerted by the probe on tissue of a patient; and a position transducer configured to measure a displacement of the probe while the force sensor is measuring the force; and characterized by: a processor which is configured to detect a tenting of the tissue responsively to a relation between the measured force and the measured displacement. a probe comprising: a force sensor configured to measure a force exerted by the probe on tissue of a patient; and a position transducer configured to measure a displacement of the probe while the force sensor is measuring the force; and characterized by: a processor which is configured to detect a tenting of the tissue responsively to a relation between the measured force and the measured displacement. a force sensor configured to measure a force exerted by the probe on tissue of a patient; and a position transducer configured to measure a displacement of the probe while the force sensor is measuring the force; and characterized by: a processor which is configured to detect a tenting of the tissue responsively to a relation between the measured force and the measured displacement. a processor which is configured to detect a tenting of the tissue responsively to a relation between the measured force and the measured displacement.
Gas oven, comprising an outlet vent for the outlet of hot-burnt gases, one or more fans placed in the back of a chamber of the oven, one or more burners placed in the bottom of the oven and heat exchangers located next to the one or more fans, wherein the heat exchangers comprise pipe elements placed vertically on top of the burners, characterized in that on said pipe elements beads are created towards the inner part of the pipe elements, wherein said beads are placed one opposite to the other, in order to generate a reduction of the section area inside the pipe element so as to create a sort of "Venturi" nozzle, and wherein the beads are practiced on the above mentioned pipe element with an alternating pattern with an angle of 90 degrees.
A method for transmitting a bidirectional packet flow (Pk, Pk') between a first node and a second node of a packet-switched communication network, wherein each packet (Pk, Pk') of said bidirectional packet flow comprises a marking field, said method comprising: a) at respective predefined times, by said first node and said second node starting transmission of a first measurement packet block and second measurement packet block, respectively, each one of said first measurement packet block and second measurement packet block comprising at least one packet of said bidirectional packet flow (Pk, Pk') with marking field set equal to a first marking value and a second marking value, respectively; and b) by said first node, continuing transmission of said first measurement packet block until said second measurement packet block starts being received from said second node and, in response thereto, ending transmission of said first measurement packet block by transmitting at least one further packet of said bidirectional packet flow (Pk, Pk') with marking field set equal to a third marking value (M0, M2). a) at respective predefined times, by said first node and said second node starting transmission of a first measurement packet block and second measurement packet block, respectively, each one of said first measurement packet block and second measurement packet block comprising at least one packet of said bidirectional packet flow (Pk, Pk') with marking field set equal to a first marking value and a second marking value, respectively; and b) by said first node, continuing transmission of said first measurement packet block until said second measurement packet block starts being received from said second node and, in response thereto, ending transmission of said first measurement packet block by transmitting at least one further packet of said bidirectional packet flow (Pk, Pk') with marking field set equal to a third marking value (M0, M2).