mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a query module configured to audibly question a user from a speaker of a mobile computing device with a subset of prompts previously selected by: computing a medical diagnosis score for each speech data item of a training corpus by processing the speech data items with a machine learning model, each speech data item of the training corpus corresponding to a prompt of a plurality of prompts, computing a prompt selection score for each prompt of the plurality of prompts using the medical diagnosis scores, and selecting the subset of prompts from the plurality of prompts using the prompt selection scores; a response module configured to receive a verbal response of the user from a microphone of the mobile computing device in response to the subset of prompts; and a detection module configured to provide an assessment for the user of a medical condition based on an analysis of the received verbal response of the user, the medical condition comprising a neurological condition or one or more of depression, stress, stroke, cognitive well-being, mood, honesty, Alzheimer's disease, or Parkinson's disease. a query module configured to audibly question a user from a speaker of a mobile computing device with a subset of prompts previously selected by: computing a medical diagnosis score for each speech data item of a training corpus by processing the speech data items with a machine learning model, each speech data item of the training corpus corresponding to a prompt of a plurality of prompts, computing a prompt selection score for each prompt of the plurality of prompts using the medical diagnosis scores, and selecting the subset of prompts from the plurality of prompts using the prompt selection scores; computing a medical diagnosis score for each speech data item of a training corpus by processing the speech data items with a machine learning model, each speech data item of the training corpus corresponding to a prompt of a plurality of prompts, computing a prompt selection score for each prompt of the plurality of prompts using the medical diagnosis scores, and selecting the subset of prompts from the plurality of prompts using the prompt selection scores; a response module configured to receive a verbal response of the user from a microphone of the mobile computing device in response to the subset of prompts; and a detection module configured to provide an assessment for the user of a medical condition based on an analysis of the received verbal response of the user, the medical condition comprising a neurological condition or one or more of depression, stress, stroke, cognitive well-being, mood, honesty, Alzheimer's disease, or Parkinson's disease.
A method of suspending a bird having a body and two legs from a shackle , said body having a breast and each leg comprising a breast side , a back side , a hock joint , a shank and a foot with digits , and said method comprising the following sequence of steps: I) bending at least one leg at the hock joint so that the foot comes nearer to the breast of the bird, characterized by the steps of: II) inserting the foot of the at least one leg in the shackle , and III) releasing the at least one leg at least partially. I) bending at least one leg at the hock joint so that the foot comes nearer to the breast of the bird, characterized by the steps of: II) inserting the foot of the at least one leg in the shackle , and III) releasing the at least one leg at least partially.
A system for hot-dip galvanization of automotive components for mass production hot-dip galvanization of a large number of identical or similar automotive components , the system comprising a hot-dip galvanization device for hot-dip galvanization of the automotive components and with a galvanizing bath comprising a molten zinc/aluminum alloy, wherein a conveying device is provided, comprising at least one goods carrier for conveying a group of automotive components to be fastened to the goods carrier , wherein a flux application device is provided for flux application to the surface of the automotive components , characterized in that a handling device is provided for feeding, immersing and removal an isolated automotive component into and from the molten zinc/aluminium alloy galvanization bath of the hot-dip galvanization device and in that the handling device has at least one handling means arranged between the flux application device and the hot-dip galvanization device , wherein the handling means is designed such that it takes one of the automotive components from the group of automotive components and then feeds it to the hot-dip galvanization device for individual hot-dip galvanization and wherein the handling means is configured such that an isolated automotive component dips into an immersion region of the galvanization bath , then moves from the immersion region to an adjacent removal region and is subsequently removed in the removal region.
A joining device for joining two panels of furniture or other furnishing items, one first panel positioned perpendicular to the other second panel , with an edge (B) of the first panel that can be firmly abutted against a surface (C) of the second panel , said device comprising a pin configured to be extendable from the second panel and configured to be inserted in a complementary seat of the first panel , the device further comprising a stable connection and blocking system of said pin being provided inside said seat, said pin is divided into two sections , a first section that can be provided on the first panel and a second section that can be provided on the second panel , said first section which can be arranged on said first panel has a cylindrical element comprising a housing , said connection and blocking system comprising a grub screw or headless screw interacting with said housing formed in said cylindrical element of said first section , wherein the second section of the pin comprises a threaded stem , which is to be screwed into the second panel , and the first and second sections of the pin being releasably intercoupled with each other on a plane parallel to said second panel , said first section comprises a female part configured to be provided in said first panel and said second section comprises a male part configured to be provided on said second panel and suitable for being intercoupled, said female part of said first section providing a coupling extension and said male part of said second section providing an enlarged element suitable for being engaged in said coupling extension and extending from the threaded stem for remaining protruding from the second panel and to be inserted into the coupling extension .
System for cleaning environmental sensors of a motor vehicle , which differ from one another in terms of measurement principles respectively used thereby to capture environmental information, having, for each environmental sensor , at least one treatment device for removing contamination from the environmental sensor and at least one sensor electronic system connected to the environmental sensor , characterized in that each sensor electronic system is configured to monitor a data quality of sensor data generated by the environmental sensor connected to it, to assign, in the case of a deterioration in the data quality, a particular cause from various possible causes to this deterioration and to generate an information signal containing an item of information relating to the particular cause of the contamination, also characterized by at least one evaluation electronic system which is connected to the sensor electronic systems and is configured to check the respective plausibility of the causes according to the information signals and to control the treatment devices on the basis of the most plausible cause.
A system for collecting real time manufacturing data from a factory having multiple machines therein using internet-of-things, IoT, connectivity, comprising: at least one gateway configured to: receive data from the multiple machines ; load at least one machine communications module, MCM, based on a type of machine that provided the data, and interface command and control information, via the at least one MCM, from at least factory, enterprise, and analytics applications to the multiple machines to directly control operations of the multiple machines ; wherein the gateway provides security isolation on a machine side of the gateway , and encryption, authentication, and authorization security on an enterprise side of the gateway ; and wherein the at least one MCM is configured to interface and normalize data from the at least factory, enterprise, and analytics applications to at least a plurality of types and generations of the multiple machines . receive data from the multiple machines ; load at least one machine communications module, MCM, based on a type of machine that provided the data, and interface command and control information, via the at least one MCM, from at least factory, enterprise, and analytics applications to the multiple machines to directly control operations of the multiple machines ; wherein the gateway provides security isolation on a machine side of the gateway , and encryption, authentication, and authorization security on an enterprise side of the gateway ; and wherein the at least one MCM is configured to interface and normalize data from the at least factory, enterprise, and analytics applications to at least a plurality of types and generations of the multiple machines .
A working machine, in particular a truck-mounted concrete pump , concrete mixer or mobile crane having a) a vehicle which comprises a chassis , a drive engine and a control unit which is fixed to the vehicle and has the purpose of outputting operating information as well as warning- and fault-messages for the operation of the drive engine , b) a working assembly , in particular concrete pump, which can be transported on the chassis , and in a working mode is supplied with drive energy from the drive engine , c) a mobile remote-control device , which can be operated at a distance from the chassis , for the working assembly , characterized in that d) the remote-control device comprises a mobile control unit which is adapted to output warning- and fault-messages for the operation of the drive engine , e) and that the mobile control unit has an intervention device for the automatic or manual intervention in a function of the working assembly in accordance with the warning- and fault-messages in the working mode. a) a vehicle which comprises a chassis , a drive engine and a control unit which is fixed to the vehicle and has the purpose of outputting operating information as well as warning- and fault-messages for the operation of the drive engine , b) a working assembly , in particular concrete pump, which can be transported on the chassis , and in a working mode is supplied with drive energy from the drive engine , c) a mobile remote-control device , which can be operated at a distance from the chassis , for the working assembly , characterized in that d) the remote-control device comprises a mobile control unit which is adapted to output warning- and fault-messages for the operation of the drive engine , e) and that the mobile control unit has an intervention device for the automatic or manual intervention in a function of the working assembly in accordance with the warning- and fault-messages in the working mode.
A sensing device for detecting motion of a fishing line for a bite detector , the sensing device comprising: a first sensor ; a housing surrounding the first sensor; and a moving guide adapted to contact a fishing line , wherein the first sensor is magnetically coupled to, or configured to optically monitor, the moving guide, and the first sensor is configured to detect motion of the moving guide, wherein the sensing device further comprises a second sensor , and wherein the second sensor comprises a piezoelectric vibration sensor ; characterized in that : the second sensor is magnetically coupled to the moving guide. a first sensor ; a housing surrounding the first sensor; and a moving guide adapted to contact a fishing line ,
A method for in vitro diagnosing infection by a Mycobacterium species in a subject, said method comprising incubating a blood sample comprising lymphocytes from said subject in the presence of at least one biomarker selected from the list consisting of: (i) protein Rv0724A, derived from a Mycobacterium species or related organism and comprising at least one T-cell epitope; (ii) an homolog of the protein Rv0724A having an amino acid sequence with at least 80% similarity to the protein Rv0724A after optimal alignment; and (iii) a peptide fragment of the protein as defined in (i) or (ii) having a T-cell epitope, the peptide fragment comprising or consisting of an amino acid sequence of GEIIFISGRLNGaa (SEQ ID NO:13); for a time and under conditions sufficient to stimulate the lymphocytes to produce an effector molecule, wherein the presence or level of the effector molecule is indicative of the lymphocytes derived from a subject infected with or prior exposed to the Mycobacterium species. (i) protein Rv0724A, derived from a Mycobacterium species or related organism and comprising at least one T-cell epitope; (ii) an homolog of the protein Rv0724A having an amino acid sequence with at least 80% similarity to the protein Rv0724A after optimal alignment; and (iii) a peptide fragment of the protein as defined in (i) or (ii) having a T-cell epitope, the peptide fragment comprising or consisting of an amino acid sequence of GEIIFISGRLNGaa (SEQ ID NO:13);
Panel for forming a floor covering, wherein this panel comprises a substrate having a thickness of 1.3 to 10 millimeters and including at least a layer of thermoplastic material, wherein this panel , above said layer , comprises at least also a printed decor and a translucent or transparent wear layer, with said layer of thermoplastic material situated at least halfway in the thickness of the panel, wherein said thermoplastic material is chosen from the list consisting of polyvinyl chloride, polypropylene, polyethylene and polyurethane, characterized in that said layer also comprises at least individual glass fibers having a length greater than 1 millimeter, wherein said individual glass fibers are loose and freely distributed within said layer of thermoplastic material, and in that the surface of said individual glass fibers is treated with a coupling agent being silane to thereby improve the adherence to said thermoplastic material.
A stretchable film of a cured product of a resin comprising a polymer compound having a urethane bond in a main chain thereof, a repeating unit containing a fluorine atom, and a repeating unit containing a silicon atom, wherein the polymer compound has a structure shown by the following general formula : wherein R 1 , R 2 , R 3 , R 4 , R 5 , and R 6 each represent a linear, branched, or cyclic alkyl group having 1 to 6 carbon atoms, a phenyl group, a 3,3,3-trifluoropropyl group, or a -(OSiR 7 R 8 ) n -OSiR 9 R 10 R 11 group; R 7 , R 8 , R 9 , R 10 , and R 11 each have the same meaning as R 1 to R 6 ; each R independently represents a single bond or a methylene group; "n" represents a number in a range of 0 to 100; R 12 represents a single bond, a methylene group, or an ethylene group; R 13 represents a hydrogen atom or a linear alkyl group having 1 to 4 carbon atoms; R 14 represents a hydrogen atom or a methyl group; X represents a linear or branched alkylene group having 3 to 7 carbon atoms, optionally containing an ether group; Rf 1 represents a linear or branched alkylene group having 1 to 200 carbon atoms and at least one fluorine atom, optionally containing an ether group; and "a", "b1", and "b2" are each number of units in the structure and are integers in ranges of 1 ≤ a ≤ 20, 0 ≤ b1 ≤ 20, 0 ≤ b2 ≤ 20, and 1≦ b1+b2 ≤ 20.
A method for establishing a satellite communication link from a satellite telephone to a communication satellite (30.3) of a satellite-based communication system which comprises a plurality of communication satellites (30.1-30.n, 70) which, distributed in different orbits, orbit the earth and are each designed to simultaneously handle a predetermined number of communication links from and to satellite telephones, the method comprising the following method steps: a) providing time- and location-dependent meteorological data in a satellite telephone ; b) determining, by the satellite telephone , a plurality of communication satellites (30.1-30-n) of the satellite-based communication system to which a line-of-sight connection to the satellite telephone exists at a current point in time (t0); c) determining, by the satellite telephone, the signal strengths of the signals received from the communication satellites (30.1-30.n) determined in step b) at the current point in time (t0); d) selecting, by the satellite telephone , one of the communication satellites (30.1-30.n) determined in step b) in dependence on the signal strengths determined in step c) and on the time- and location-dependent meteorological data provided in step a), and e) initiating, by the satellite telephone , the establishment of a communication link to the communication satellite (30.3) selected in step d) substantially at the current point in time (t0).< a) providing time- and location-dependent meteorological data in a satellite telephone ; b) determining, by the satellite telephone , a plurality of communication satellites (30.1-30-n) of the satellite-based communication system to which a line-of-sight connection to the satellite telephone exists at a current point in time (t0); c) determining, by the satellite telephone, the signal strengths of the signals received from the communication satellites (30.1-30.n) determined in step b) at the current point in time (t0); d) selecting, by the satellite telephone , one of the communication satellites (30.1-30.n) determined in step b) in dependence on the signal strengths determined in step c) and on the time- and location-dependent meteorological data provided in step a), and e) initiating, by the satellite telephone , the establishment of a communication link to the communication satellite (30.3) selected in step d) substantially at the current point in time (t0).<
A method comprising: receiving sensor data ; sorting the sensor data into a gather representation that corresponds to a plurality of shots of an energy source ; determining a signal cone based at least in part on an additional travel path between traces for different shots of the plurality of shots by the energy source; and processing the sensor data in a processor-based machine to attenuate noise to generate data representing a signal based at least in part on the determined signal cone and the gather representation; wherein said step of processing the sensor data comprises applying a filter outside of the signal cone to attenuate said noise; characterised in that : in said step of sorting the sensor data, it is determined that the noise is random or incoherent with respect to the signal in said gather and that the random nature of the noise causes more energy to be mapped outside the signal cone in said gather compared to other gathers . receiving sensor data ; sorting the sensor data into a gather representation that corresponds to a plurality of shots of an energy source ; determining a signal cone based at least in part on an additional travel path between traces for different shots of the plurality of shots by the energy source; and processing the sensor data in a processor-based machine to attenuate noise to generate data representing a signal based at least in part on the determined signal cone and the gather representation; wherein said step of processing the sensor data comprises applying a filter outside of the signal cone to attenuate said noise; characterised in that : in said step of sorting the sensor data, it is determined that the noise is random or incoherent with respect to the signal in said gather and that the random nature of the noise causes more energy to be mapped outside the signal cone in said gather compared to other gathers .
A coloured glass lens for eyeglasses, the coloured glass lens comprising a front glass wafer and a rear glass wafer having a convex surface connected to a concave surface of the front wafer , wherein at least the convex surface of the rear wafer has a coloured coating , the lens comprising a layer of glue interposed between said surfaces for bonding the front and rear wafers to each other, the layer of glue defining a filter as a screen against UV radiation, and the concave surface of the front wafer having a polarized or photochromic coating , and wherein the coloured coating comprises a layer of lacquer impregnated with pigment, characterised in that the coloured coating is made by applying a cross-linked coating and then colouring it.
A process for producing an antibiotic-eluting article for implantation into a mammalian subject, said antibiotic-eluting article produced by a selective laser sintering process wherein a blend of a selected antibiotic composition and selected powdered polymeric granules is fused thereby homogenously distributing and sequestering said antibiotic composition within and throughout the fused polymeric material.
A magnetic core structure for an LVDT comprising a protective tube , an elongate core of magnetic material mounted within the protective tube and means for positioning the core within the protective tube, the means for positioning comprising a ball provided within the protective tube at one end of the core, the ball being formed of an elastic material having a coefficient of thermal expansion selected to compensate the difference in elongation between magnetic core structure components caused by thermal expansion.
A measuring device for determining the dielectricity value of a medium , comprising: - A measurement probe with o a measurement rod , which can be brought into contact with the medium , o at least a first electrically conductive electrode , which is wound onto the measurement rod , o a second electrode , - a high-frequency unit, which is configured to couple a high-frequency signal (SHF) at least into the first electrode and to determine the dielectricity value (DK) of the medium based on a corresponding reflection signal (r HF ), characterized in that the second electrode is used as ground potential for the high-frequency signal (SHF) or the reflection signal (r HF ) and in that the second electrode inside the measurement rod extends in the shape of a rod at least over the area of the measurement rod in which the first electrode is wound onto the measurement rod . - A measurement probe with o a measurement rod , which can be brought into contact with the medium , o at least a first electrically conductive electrode , which is wound onto the measurement rod , o a second electrode , o a measurement rod , which can be brought into contact with the medium , o at least a first electrically conductive electrode , which is wound onto the measurement rod , o a second electrode , - a high-frequency unit, which is configured to couple a high-frequency signal (SHF) at least into the first electrode and to determine the dielectricity value (DK) of the medium based on a corresponding reflection signal (r HF ), characterized in that the second electrode is used as ground potential for the high-frequency signal (SHF) or the reflection signal (r HF ) and in that the second electrode inside the measurement rod extends in the shape of a rod at least over the area of the measurement rod in which the first electrode is wound onto the measurement rod .