mhurhangee/patent-ind-claim-en huggingface dataset:
Steel material for composite pressure vessel liners, comprising: a chemical composition containing, in mass%, C: 0.10% to 0.60%, Si: 0.01% to 2.0%, Mn: 0.1% to 5.0%, P: 0.0005% to 0.060%, S: 0.0001% to 0.010%, N: 0.0001% to 0.010%, Al: 0.01% to 0.06%, optionally at least one of Mo: 0.005% to 2.0%, Cr: 0.005% to 3.0%, and Ni: 0.005% to 3.0%, with a balance being Fe and incidental impurities; and a metallic microstructure in which a mean grain size of prior austenite grains is 20 μm or less, and a total area ratio of martensite and lower bainite is 90% or more, and wherein one or more other phases such as ferrite, retained austenite, pearlite, and upper bainite are contained at a total area ratio of 10% or less as a balance. a chemical composition containing, in mass%, C: 0.10% to 0.60%, Si: 0.01% to 2.0%, Mn: 0.1% to 5.0%, P: 0.0005% to 0.060%, S: 0.0001% to 0.010%, N: 0.0001% to 0.010%, Al: 0.01% to 0.06%, optionally at least one of Mo: 0.005% to 2.0%, Cr: 0.005% to 3.0%, and Ni: 0.005% to 3.0%, with a balance being Fe and incidental impurities; and a metallic microstructure in which a mean grain size of prior austenite grains is 20 μm or less, and a total area ratio of martensite and lower bainite is 90% or more, and wherein one or more other phases such as ferrite, retained austenite, pearlite, and upper bainite are contained at a total area ratio of 10% or less as a balance.
Apparatus for the cleaning of road drains , comprising: - at least one automatic removal unit of a manhole cover of a road drain ; - at least one automatic cleaning unit of said road drain with said manhole cover removed; - at least one visor device for viewing said road drain by means of at least one remote electronic device; characterized by the fact that it comprises: - at least one base body supporting said removal unit , said cleaning unit and said visor device and said base body being suitable for being mounted movable on a chassis of a motor vehicle ; - at least one driving assembly for the rotation of said base body around a substantially vertical main rotation axis ; wherein said removal unit , said cleaning unit and said visor device may be placed alternately at said road drain , in particular on top of it, by rotating said base body . - at least one automatic removal unit of a manhole cover of a road drain ; - at least one automatic cleaning unit of said road drain with said manhole cover removed; - at least one visor device for viewing said road drain by means of at least one remote electronic device; - at least one base body supporting said removal unit , said cleaning unit and said visor device and said base body being suitable for being mounted movable on a chassis of a motor vehicle ; - at least one driving assembly for the rotation of said base body around a substantially vertical main rotation axis ;
A sterilization wrap system comprising: a sterilization wrap having an inner surface and an outer surface; one or more edge protectors positioned adjacent one or more edges of a package wrapped with the sterilization wrap , the edge protector 2. P made from a generally flexible material and having a length and a width; the length of the edge protector extending along the edge of the package such that the edge protector conforms to the shape of the edge ; and the edge protector having an attachment mechanism for attaching the edge protector to the sterilization wrap or to a tray for holding implements to be sterilized, wherein the length of the edge protector is greater than the width of the edge protector , and wherein the edge protector is essentially flat when not positioned along an edge of sterilization tray and/or wrapped package . a sterilization wrap having an inner surface and an outer surface; one or more edge protectors positioned adjacent one or more edges of a package wrapped with the sterilization wrap , the edge protector 2. P made from a generally flexible material and having a length and a width; the length of the edge protector extending along the edge of the package such that the edge protector conforms to the shape of the edge ; and the edge protector having an attachment mechanism for attaching the edge protector to the sterilization wrap or to a tray for holding implements to be sterilized, wherein the length of the edge protector is greater than the width of the edge protector , and wherein the edge protector is essentially flat when not positioned along an edge of sterilization tray and/or wrapped package .
A method for simulating a three-phase electric motor by means of a load emulator , the load connections of the load emulator being connected in three phases to the feed connections of a motor controller and the load emulator comprising emulator power electronics and an emulator controller for controlling the emulator power electronics , the emulator controller determining the feed connections controlled by the motor controller and the non-controlled feed connections , and the emulator power electronics being actuated by the emulator controller such that phase currents i emulate calculated by the emulator controller on the basis of a motor model flow in the feed connections actuated by the motor controller , and that a phase voltage V emulate calculated by the emulator controller on the basis of a motor model is applied to the feed connection not actuated by the motor controller , characterized in that the load emulator comprises a switching means by means of which the emulator power electronics can be disconnected with high impedance from the feed connections and by means of which the emulator power electronics can be connected with low impedance to the feed connections , so that it is possible to effectively electrically disconnect the emulator power electronics from the motor controller , whereby an interaction between the motor controller and the emulator power electronics is prevented, and wherein the feed connections are connected to each other by means of a high-impedance resistor network , and that for simulating selected operating states of the electric motor, the emulator power electronics are disconnected with high impedance from the feed connections by means of the switching means , or the emulator power electronics already disconnected at high impedance from the feed connections are connected to the feed connections at low impedance by means of the switching means .
An x-ray imaging system configured for performing multiple modality imaging of a subject, including cone-beam computed tomography (CBCT) imaging, two-dimensional intraoral x-ray imaging, and intraoral tomosynthesis imaging, the x-ray imaging system comprising: a rotatable gantry; an x-ray source array attached to the rotatable gantry and comprising a plurality of spatially distributed x-ray focal spots; a digital area x-ray detector attached to the rotatable gantry, opposite the x-ray source array; an intraoral sensor; an adjustable collimation assembly positioned between the x-ray source array and the subject and configured to limit x-ray radiation generated by the x-ray source array to a surface of either the intraoral sensor or the digital area x-ray detector depending on an imaging mode the x-ray imaging system is operating in; and a control unit comprising one or more processors, the control unit configured to operate the x-ray imaging system in: either a 2D intraoral x-ray imaging mode or an intraoral tomosynthesis imaging mode using the x-ray source array and the intraoral sensor; or a CBCT imaging mode using the digital area x-ray detector and the x-ray source array. a rotatable gantry; an x-ray source array attached to the rotatable gantry and comprising a plurality of spatially distributed x-ray focal spots; a digital area x-ray detector attached to the rotatable gantry, opposite the x-ray source array; an intraoral sensor; an adjustable collimation assembly positioned between the x-ray source array and the subject and configured to limit x-ray radiation generated by the x-ray source array to a surface of either the intraoral sensor or the digital area x-ray detector depending on an imaging mode the x-ray imaging system is operating in; and a control unit comprising one or more processors, the control unit configured to operate the x-ray imaging system in: either a 2D intraoral x-ray imaging mode or an intraoral tomosynthesis imaging mode using the x-ray source array and the intraoral sensor; or a CBCT imaging mode using the digital area x-ray detector and the x-ray source array. either a 2D intraoral x-ray imaging mode or an intraoral tomosynthesis imaging mode using the x-ray source array and the intraoral sensor; or a CBCT imaging mode using the digital area x-ray detector and the x-ray source array.
Information display panel, more particularly for an emergency lighting system, having a display , having a light-conducting plate which is provided for backlighting the display and has broad and narrow sides and at least one recess , having a first illuminating means which, optically connected to the light-conducting plate for introducing display light , backlights the display via the broad side of the light-conducting plate , having at least one second illuminating means which is provided in the recess of the light-conducting plate and is optically connected thereto, and which, with its emitted light , illuminates the surroundings of the information panel at least in regions via at least one of the narrow sides of the light-conducting plate , and having at least one lens , characterized in that the recess accommodating the second illuminating means is provided in a broad side of the light-conducting plate , and in that the light-conducting plate forms the lens which is optically connected to the second illuminating means , wherein the light-conducting plate forms the lens in the optical path of the light emitted by the second illuminating means for illuminating the surroundings.
A security feature for value documents, in particular bank notes, identification cards and the like, wherein the security feature comprises at least two tactilely detectable structures which are located on at least one side of a substrate of the value document, wherein each of the at least two tactilely detectable structures comprises a tactilely detectable surface condition, and wherein the surface condition of at least two tactilely detectable structures differs, characterized in that the sum of the surfaces of the at least two tactilely detectable structures amounts to at least 30%, preferably at least 50%, based on the total surface of one side of the value document.
A system for monitoring and identifying states of a semiconductor device , the system comprising: at least one semiconductor device operating at a voltage of less than or equal to 220V, the semiconductor device being one of a microcontroller device or a flash memory device comprising floating gate MOSFET transistors; at least one acoustic sensor for sensing acoustic emission emitted by the at least one semiconductor device, said at least one acoustic sensor outputting at least one signal representative of said acoustic emission; and a signal processing unit for receiving said at least one signal representative of said acoustic emission from said at least one acoustic sensor and for analyzing said at least signal representative of acoustic emission, said signal processing unit providing an output based on said analyzing, said output being indicative at least of whether said at least one semiconductor device is in an abnormal operating state with respect to a normal operating state of said semiconductor device, wherein: said output is also indicative of whether said semiconductor device is in an active operating state or an idle operating state. at least one semiconductor device operating at a voltage of less than or equal to 220V, the semiconductor device being one of a microcontroller device or a flash memory device comprising floating gate MOSFET transistors; at least one acoustic sensor for sensing acoustic emission emitted by the at least one semiconductor device, said at least one acoustic sensor outputting at least one signal representative of said acoustic emission; and a signal processing unit for receiving said at least one signal representative of said acoustic emission from said at least one acoustic sensor and for analyzing said at least signal representative of acoustic emission, said signal processing unit providing an output based on said analyzing, said output being indicative at least of whether said at least one semiconductor device is in an abnormal operating state with respect to a normal operating state of said semiconductor device, wherein: said output is also indicative of whether said semiconductor device is in an active operating state or an idle operating state.
A polypropylene composition comprising at least two propylene-based polymers, comprising: a first polypropylene having a weight average molecular weight (Mw) of greater than or equal to 150,000 g/mole, a MWD within the range from 2.5 to 5.5, and a melting point temperature Tm 2 of greater than 150°C; and a second polypropylene having a weight average molecular weight (Mw) of less than 150,000 g/mole, a MWD within the range from 2.5 to 5.5, and a Tm 2 of greater than 150°C, wherein the weight ratio of first polypropylene to the second polypropylene ("split") is within a range of from 95:5 wt% to 50:50 wt%, the difference in the MFR (230°C/2.16kg) of the first polypropylene and the second polypropylene ("spread") is within a range of from 50 to 850 g/10 min, and the first polypropylene and second polypropylene are sufficiently miscible to impart a single glass transition temperature and a single melting point to the polymer blend. a first polypropylene having a weight average molecular weight (Mw) of greater than or equal to 150,000 g/mole, a MWD within the range from 2.5 to 5.5, and a melting point temperature Tm 2 of greater than 150°C; and a second polypropylene having a weight average molecular weight (Mw) of less than 150,000 g/mole, a MWD within the range from 2.5 to 5.5, and a Tm 2 of greater than 150°C, wherein the weight ratio of first polypropylene to the second polypropylene ("split") is within a range of from 95:5 wt% to 50:50 wt%, the difference in the MFR (230°C/2.16kg) of the first polypropylene and the second polypropylene ("spread") is within a range of from 50 to 850 g/10 min, and the first polypropylene and second polypropylene are sufficiently miscible to impart a single glass transition temperature and a single melting point to the polymer blend.
A power conversion device (2#) configured to convert electric power of power semiconductor element which is configured to perform a switching operation, the power conversion device (2#) comprising: voltage detection means configured to detect a common mode voltage (Vinv) at the input of said power conversion device (2#) and generated by the switching operation of the power semiconductor element ; a voltage control power supply (A) which is configured to generate a voltage (Vc) which is opposite in polarity to and as high as the common mode voltage (Vinv) with a circuit which amplifies power of the common mode voltage (Vinv) detected by the voltage detection means ; and voltage superimposition means located between the input and the output of said power conversion device (2#) configured to cancel a common mode voltage (Vhi) not lower than a switching frequency generated in the switching operation of the power semiconductor element, by superimposing a voltage (Vt) generated by the voltage control power supply (A) on an output from the power conversion device (2#), characterized in that the power conversion device (2#) further comprising remaining voltage detection means (8#) configured to detect a common mode voltage at the ouput of the power conversion device (2#) and a second voltage control power supply (A#) superimposed by the voltage superimposition means, wherein the voltage superimposition means is configured to add the common mode voltage detected by the remaining voltage detection means (8#) and to superimpose a common mode voltage (Vce) on the output from the power conversion device (2#). voltage detection means configured to detect a common mode voltage (Vinv) at the input of said power conversion device (2#) and generated by the switching operation of the power semiconductor element ; a voltage control power supply (A) which is configured to generate a voltage (Vc) which is opposite in polarity to and as high as the common mode voltage (Vinv) with a circuit which amplifies power of the common mode voltage (Vinv) detected by the voltage detection means ; and voltage superimposition means located between the input and the output of said power conversion device (2#) configured to cancel a common mode voltage (Vhi) not lower than a switching frequency generated in the switching operation of the power semiconductor element, by superimposing a voltage (Vt) generated by the voltage control power supply (A) on an output from the power conversion device (2#), characterized in that the power conversion device (2#) further comprising remaining voltage detection means (8#) configured to detect a common mode voltage at the ouput of the power conversion device (2#) and a second voltage control power supply (A#) superimposed by the voltage superimposition means, wherein the voltage superimposition means is configured to add the common mode voltage detected by the remaining voltage detection means (8#) and to superimpose a common mode voltage (Vce) on the output from the power conversion device (2#).
Ultrasonic flowmeter for measuring the flow velocity and/or the flow rate of a fluid, - with a measuring device having connecting flanges for connecting pipes for the fluid and a centre piece through which the fluid flows, - with at least two ultrasonic transducers accommodated in the centre piece , which form an ultrasonic transducer pair and span a measuring path between them, which measuring path passes through the flow , - with a pressure sensor held in a pressure sensor receptacle in the center piece , characterized - in that the pressure sensor is in fluid connection with the interior of the centre piece via a stamp receptacle , - in that a calibration port is provided, which is held in the centre piece in a calibration port receptacle and is in fluid connection with the stamp receptacle , - wherein a stamp in the stamp receptacle can be brought into two positions, and in a first position the pressure sensor is in fluid communication with the interior of the center piece , - and in a second position the pressure sensor is in fluid communication with the calibration port via the stamp receptacle , - and wherein the stamp is sealingly formed at its end on the face side and towards the interior of the center piece . - with a measuring device having connecting flanges for connecting pipes for the fluid and a centre piece through which the fluid flows, - with at least two ultrasonic transducers accommodated in the centre piece , which form an ultrasonic transducer pair and span a measuring path between them, which measuring path passes through the flow , - with a pressure sensor held in a pressure sensor receptacle in the center piece , characterized - in that the pressure sensor is in fluid connection with the interior of the centre piece via a stamp receptacle , - in that a calibration port is provided, which is held in the centre piece in a calibration port receptacle and is in fluid connection with the stamp receptacle , - wherein a stamp in the stamp receptacle can be brought into two positions, and in a first position the pressure sensor is in fluid communication with the interior of the center piece , - and in a second position the pressure sensor is in fluid communication with the calibration port via the stamp receptacle , - and wherein the stamp is sealingly formed at its end on the face side and towards the interior of the center piece .
A method for testing operational characteristics of a remote control device (32, 32'. 1032) associated with a materials handling vehicle , comprising: waiting for receipt, by a processor , of a first input indicative that a first button of the remote control device has been pressed waiting for receipt, by the processor subsequent to receiving the first input, of a second input indicative that at least a second button of the remote control device has been pressed, wherein the second button relates to a first auxiliary vehicle function; determining, by the processor , whether or not a predetermined button pressing sequence is successful based on receiving or not receiving the first and second inputs; and driving, by the processor , a display on the vehicle to provide a visual indication that the button pressing sequence is successful or not successful based on the determination; characterised in that the first button comprises a travel button of the remote control device (32, 32'. 1032);.
A computer-implemented method of providing zero-day-capable phishing detection for unknown URLs, comprising: receiving an incoming URL providing a reference to a web page; determining that the URL does not have a known reliable reputation; applying a pre-filtering stage to the URL; upon determining that the URL did not pass the pre-filtering stage, subjecting the URL to visual machine learning analysis, comprising: rendering the web page in a headless browser to provide a machine-readable visual representation of the web page; instructing a machine learning model to identify the web page, wherein the machine learning model has been trained on a set of web page captures of online services known to be phishing targets; receiving an identification from the machine learning model; and if the machine learning model has identified the web page as being identical or similar to a web service known to be a phishing target, detecting the URL as a phishing attack, and assigning the URL a malicious reputation, wherein the pre-filter stage comprises identifying the URL for visual analysis if it has input fields. receiving an incoming URL providing a reference to a web page; determining that the URL does not have a known reliable reputation; applying a pre-filtering stage to the URL; upon determining that the URL did not pass the pre-filtering stage, subjecting the URL to visual machine learning analysis, comprising: rendering the web page in a headless browser to provide a machine-readable visual representation of the web page; instructing a machine learning model to identify the web page, wherein the machine learning model has been trained on a set of web page captures of online services known to be phishing targets; receiving an identification from the machine learning model; and if the machine learning model has identified the web page as being identical or similar to a web service known to be a phishing target, detecting the URL as a phishing attack, and assigning the URL a malicious reputation, wherein the pre-filter stage comprises identifying the URL for visual analysis if it has input fields. rendering the web page in a headless browser to provide a machine-readable visual representation of the web page; instructing a machine learning model to identify the web page, wherein the machine learning model has been trained on a set of web page captures of online services known to be phishing targets; receiving an identification from the machine learning model; and if the machine learning model has identified the web page as being identical or similar to a web service known to be a phishing target, detecting the URL as a phishing attack, and assigning the URL a malicious reputation, wherein the pre-filter stage comprises identifying the URL for visual analysis if it has input fields.