mhurhangee/patent-ind-claim-en huggingface dataset:
A target object detection system comprising: - a first detector comprising at least a first magnetic sensor configured to generate a signal indicative of an intensity of a detected magnetic field, - a second detector distinct from the first detector and comprising at least one second magnetic sensor configured to generate a signal indicative of an intensity of a detected magnetic field, and - a processing unit configured to receive signals indicative of an intensity of a magnetic field detected by the first magnetic sensor and/or the second magnetic sensor , - at least one communication interface , said interface being configured to transmit the signal generated by the first and/or second magnetic sensor to the processing unit , the detection system being characterised in that - the processing unit is configured to determine a corrected value of the signals generated by the magnetic sensors of the first and second detectors by applying an attenuation coefficient to the signals generated by the magnetic sensor or sensors and/or to a mean value of said signals, the attenuation coefficient depending on the value of the signals generated by the magnetic sensor or sensors and, when said corrected value is greater than a predetermined threshold value, to send instructions for generating an alarm. - a first detector comprising at least a first magnetic sensor configured to generate a signal indicative of an intensity of a detected magnetic field, - a second detector distinct from the first detector and comprising at least one second magnetic sensor configured to generate a signal indicative of an intensity of a detected magnetic field, and - a processing unit configured to receive signals indicative of an intensity of a magnetic field detected by the first magnetic sensor and/or the second magnetic sensor , - at least one communication interface , said interface being configured to transmit the signal generated by the first and/or second magnetic sensor to the processing unit , the detection system being characterised in that - the processing unit is configured to determine a corrected value of the signals generated by the magnetic sensors of the first and second detectors by applying an attenuation coefficient to the signals generated by the magnetic sensor or sensors and/or to a mean value of said signals, the attenuation coefficient depending on the value of the signals generated by the magnetic sensor or sensors and, when said corrected value is greater than a predetermined threshold value, to send instructions for generating an alarm.
An array substrate comprising a plurality of pixel regions, each of which comprises a first electrode and a second electrode on a side of the array substrate , the first electrode comprising a plurality of first electrode strips, the second electrode comprising a plurality of second electrode strips; a third electrode on the side of the array substrate , the third electrode comprising a plurality of third electrode strips; wherein the third electrode is arranged to be in an electrically floating state such that an electric potential of the third electrode falls between an electric potential of the first electrode and an electric potential of the second electrode when voltages are applied to the first electrode and second electrode , characterized in that the first electrode strips are electrically connected with each other, the second electrode strips are electrically connected with each other, and the third electrode strips are electrically connected with each other, the first electrode strips, the second electrode strips and the third electrode strips each are bent into a V shape in a same plane parallel to the array substrate , the first electrode strips, the second electrode strips and the third electrode strips are alternately arranged in such a manner that one of the third electrode strips is disposed between every adjacent ones of the first electrode strips and the second electrode strips; every adjacent ones of the first electrode strips are spaced by at least one of the third electrode strips; and every adjacent ones of the second electrode strips are spaced by at least one of the third electrode strips, the first electrode strips, the second electrode strips and the third electrode strips are different from each other in width, the width of the spacing between adjacent ones of the first electrode strips and the third electrode strips is different from the width of the spacing between adjacent ones of the second electrode strips and the third electrode strips, and the widths of the spacing between any adjacent ones of the first electrode strips and the third electrode strips are different from each other, and the widths of the spacing between any adjacent ones of the second electrode strips and the third electrode strips are different from each other. one of the third electrode strips is disposed between every adjacent ones of the first electrode strips and the second electrode strips; every adjacent ones of the first electrode strips are spaced by at least one of the third electrode strips; and every adjacent ones of the second electrode strips are spaced by at least one of the third electrode strips,
A material testing machine, adapted to conduct a tensile test by applying a tensile test force to a test piece in a state in which both ends of the test piece are gripped by a pair of grippers , characterized by comprising: a storing section , which stores a value of an appropriate natural frequency, wherein a value of a natural frequency of a system comprising the test piece and one of the pair of grippers when the test piece is gripped with an appropriate gripping force by the one gripper is taken as the value of the appropriate natural frequency; a before-test natural frequency measuring means , which measures a value of a before-test natural frequency, wherein a value of a natural frequency of the system comprising the test piece and the one gripper when the test piece is gripped by the one gripper before the tensile test starts is taken as the value of the before-test natural frequency; a comparing section , which compares the value of the before-test natural frequency with the value of the appropriate natural frequency; and a controlling section which allows the starting of a material test if the value of the before-test natural frequency is greater than the value of the appropriate natural frequency, and conducts a warning display if the value of the before-test natural frequency is smaller than the value of the appropriate natural frequency. a storing section , which stores a value of an appropriate natural frequency, wherein a value of a natural frequency of a system comprising the test piece and one of the pair of grippers when the test piece is gripped with an appropriate gripping force by the one gripper is taken as the value of the appropriate natural frequency; a before-test natural frequency measuring means , which measures a value of a before-test natural frequency, wherein a value of a natural frequency of the system comprising the test piece and the one gripper when the test piece is gripped by the one gripper before the tensile test starts is taken as the value of the before-test natural frequency; a comparing section , which compares the value of the before-test natural frequency with the value of the appropriate natural frequency; and a controlling section which allows the starting of a material test if the value of the before-test natural frequency is greater than the value of the appropriate natural frequency, and conducts a warning display if the value of the before-test natural frequency is smaller than the value of the appropriate natural frequency.
A method, comprising: detecting entry of characters during interaction with a computing device ; generating prediction candidates including one or more predicted emoji corresponding to the detected characters according to a language model , wherein generating the prediction candidates comprises identifying one or more emoji as prediction candidates that correspond to predicted words based upon a mapping table for the language model that directly maps emoji to words; displaying each predicted word with one or more corresponding predicted emoji as alternatives for selection; employing the prediction candidates to facilitate further character entry for the interaction with the device ; and enabling switching between each predicted word with the one or more predicted emoji during interaction with the device based upon the mapping table. detecting entry of characters during interaction with a computing device ; generating prediction candidates including one or more predicted emoji corresponding to the detected characters according to a language model , wherein generating the prediction candidates comprises identifying one or more emoji as prediction candidates that correspond to predicted words based upon a mapping table for the language model that directly maps emoji to words; displaying each predicted word with one or more corresponding predicted emoji as alternatives for selection; employing the prediction candidates to facilitate further character entry for the interaction with the device ; and enabling switching between each predicted word with the one or more predicted emoji during interaction with the device based upon the mapping table.
Water fitting having a fitting housing, having a water outlet commonly assigned to at least two water inlets , wherein at least two water lines which are guided in parallel in relation to the water flow path are provided between the two or more water inlets and the common water outlet , wherein, in the parallelly guided water lines , there is provided in each case one control element for opening and closing the water flow path, wherein means are provided for controlling the control elements such that, when a control element in one of the parallel water lines is open, the one or more further control elements in the one or more further parallel water lines are closed and wherein a mixing valve is provided such that the mixed water flows in a common water line or in a bypass as parallel water lines , wherein provided upstream of the water outlet as viewed in the flow direction is a first branch point at which the water line and the bypass merge, wherein the two water lines separate at a second branch point , and wherein the second branch point is arranged downstream of the mixing valve as viewed in the flow direction of the water such that the temperature in both water lines can be set or regulated by means of the mixing valve .
A child safety seat alarm system comprising: a child safety seat for a child to be seated therein; an alarming device configured to receive a signal and output an alarm signal; a detection mechanism comprising a detector and a trigger mechanism , the detector being configured to detect whether states of the alarming device and the detector meet a predetermined criterion, the detector being in a non-working state when the trigger mechanism is in an open state, and the detector being in a working state when the trigger mechanism is in a closed state; and a driving portion , when the child is seated in the child safety seat , the driving portion being operated to switch the trigger mechanism from the open state to the closed state so as to switch the detector to the working state, when the detector detects the states of the alarming device and the detector meet the predetermined criterion, the alarming device outputting the alarm signal for alarming. a child safety seat for a child to be seated therein; an alarming device configured to receive a signal and output an alarm signal; a detection mechanism comprising a detector and a trigger mechanism , the detector being configured to detect whether states of the alarming device and the detector meet a predetermined criterion, the detector being in a non-working state when the trigger mechanism is in an open state, and the detector being in a working state when the trigger mechanism is in a closed state; and a driving portion , when the child is seated in the child safety seat , the driving portion being operated to switch the trigger mechanism from the open state to the closed state so as to switch the detector to the working state, when the detector detects the states of the alarming device and the detector meet the predetermined criterion, the alarming device outputting the alarm signal for alarming.
A glazed unit for means of transport, in particular a vehicle, comprising a first glass pane and a second glass pane that are contiguous, the second glass pane being laminated and includes an exterior glass sheet , an interior glass sheet and a plastic material interlayer arranged between said exterior glass sheet and said interior glass sheet , said glazed unit having an exterior face and an interior face , characterized in that an edge surface of the interlayer of said second glass pane is set back relative to an edge surface of the exterior glass sheet of said second glass pane and said glazed unit includes a seal that is arranged between said first glass pane and said second glass pane , said seal having an exterior face and an interior face , the exterior face of said glazed unit and the exterior face of said seal being flush and said seal being in contact with an interior face of the exterior glass sheet of said second glass pane .
A middle-of-line, MOL, shielded gate for an integrated circuit, IC, comprising: an active semiconductor layer comprising a first semiconductor device ; a metal resistor comprising a metal material disposed in an MOL layer , the MOL layer disposed above the active semiconductor layer; wherein the first semiconductor device comprises a transistor comprising a source (S), a drain (D), and a gate interdisposed between the source and the drain; wherein the metal resistor is disposed over the gate of the transistor such that gate to drain parasitic capacitance in the transistor is reduced; and wherein the MOL layer has a thickness of approximately eighteen, 18, nanometers, nm, or less and wherein a ratio of the thickness of the MOL layer to a thickness of the active semiconductor layer is approximately 0.26 or less. an active semiconductor layer comprising a first semiconductor device ; a metal resistor comprising a metal material disposed in an MOL layer , the MOL layer disposed above the active semiconductor layer; wherein the first semiconductor device comprises a transistor comprising a source (S), a drain (D), and a gate interdisposed between the source and the drain; wherein the metal resistor is disposed over the gate of the transistor such that gate to drain parasitic capacitance in the transistor is reduced; and wherein the MOL layer has a thickness of approximately eighteen, 18, nanometers, nm, or less and wherein a ratio of the thickness of the MOL layer to a thickness of the active semiconductor layer is approximately 0.26 or less.
An injection device for administering medicament comprising: a syringe prefilled with medicament and having an attached injection needle having a distal end; and a needle shield assembly for providing a sterile enclosure of an injection needle fixedly attached to the syringe , characterized in that the the needle shield assembly comprises: an interior portion comprising a material that forms a sterile and fluid tight seal with a distal end of an injection needle; and an RFID tag fixedly attached to the needle shield assembly ; the injection device further comprising a needle cover remover configured to remove the needle shield assembly before administering an injection of the medicament through the needle. a syringe prefilled with medicament and having an attached injection needle having a distal end; and a needle shield assembly for providing a sterile enclosure of an injection needle fixedly attached to the syringe , characterized in that the the needle shield assembly comprises: an interior portion comprising a material that forms a sterile and fluid tight seal with a distal end of an injection needle; and an RFID tag fixedly attached to the needle shield assembly ; the injection device further comprising a needle cover remover configured to remove the needle shield assembly before administering an injection of the medicament through the needle. an interior portion comprising a material that forms a sterile and fluid tight seal with a distal end of an injection needle; and an RFID tag fixedly attached to the needle shield assembly ;
A method for identifying at least one area of interest in an environment around a wearable device , wherein the wearable device comprises an eye tracking arrangement and an outward-facing image sensor , the method comprising: determining a plurality of gaze points of a user of the wearable device and corresponding timestamps using at least the eye tracking arrangement; selecting a plurality of gaze points from the plurality of determined gaze points based on one or more attention criteria; receiving at least one scene image from the outward-facing image sensor at a time corresponding to the timestamp of the at least one selected gaze point; and identifying a plurality of areas of interest "AOls" in the scene image based on the at least one selected gaze point; characterized by clustering the identified AOIs into one or more clusters. determining a plurality of gaze points of a user of the wearable device and corresponding timestamps using at least the eye tracking arrangement; selecting a plurality of gaze points from the plurality of determined gaze points based on one or more attention criteria; receiving at least one scene image from the outward-facing image sensor at a time corresponding to the timestamp of the at least one selected gaze point; and identifying a plurality of areas of interest "AOls" in the scene image based on the at least one selected gaze point; characterized by clustering the identified AOIs into one or more clusters.
Method for printing digital images on at least one input roll of media in order to form at least one output roll by means of a roll-to-roll printing system (51-54), the roll-to-roll printing system (51-54) comprising a digital image queue comprising an entry for each digital image to be printed, the method comprising the steps of - registering in an entry of the digital image queue a first digital item identifying the digital image and digital items of print properties of the digital image, and - printing the digital image according to the order of the entry in the digital image queue, characterized in that the method comprises the step of registering in the entry a second digital item identifying an input roll on which the digital image is going to be printed and a third digital item identifying an output roll on which the printed digital image is going to be wound. - registering in an entry of the digital image queue a first digital item identifying the digital image and digital items of print properties of the digital image, and - printing the digital image according to the order of the entry in the digital image queue,
Load-receiving means , in particular fork prongs for a forklift or lift truck, having at least one longitudinally extending fork blade , which has a transport surface for receiving transport goods and a fork tip on a first end which is free in longitudinal extension, wherein the fork blade has a longitudinal member made of plastic, which extends at least substantially along the entire fork blade in longitudinal extension, characterised in that the fork blade is constructed in several parts and in that the fork blade has at least one support element (15 to 19) made of a material with a wear resistance which is higher than that of the longitudinal member .
An apparatus configured to be used in a drilling system conducting flow of drilling fluid, the flow of the drilling fluid having gas, liquid, and/or solids and being at a drilling pressure level used in drilling a wellbore , the apparatus comprising: a Coriolis flow meter for measuring the flow of the drilling fluid and having an inlet side and an outlet side , the meter comprising at least one flow tube adapted to vibrate and to conduct the flow of the drilling fluid from the inlet side to the outlet side , the at least one flow tube being adapted to withstand a pressure limit less than the drilling pressure level of the flow of the drilling fluid and being exposed to the flow at a first pressure level above the pressure limit of the at least one flow tube ; a vessel enclosing the at least one flow tube in a chamber and holding an internal fluid separate from the drilling fluid at a second pressure level in the chamber about the at least one flow tube ; and characterized in that the apparatus further comprises: a controller configured to monitor variation in the first pressure level and to regulate the second pressure level of the internal fluid relative to the first pressure level to control a pressure differential across the at least one flow tube so that the at least one flow tube under the controlled pressure differential conducts the flow at the first pressure level above the pressure limit of the at least one flow tube , the controller being configured to control the excitation signals to set the at least one flow tube into vibration so to account for at least one parameter related to the vibration of the at least one flow tube in the internal fluid at the second pressure level. a Coriolis flow meter for measuring the flow of the drilling fluid and having an inlet side and an outlet side , the meter comprising at least one flow tube adapted to vibrate and to conduct the flow of the drilling fluid from the inlet side to the outlet side , the at least one flow tube being adapted to withstand a pressure limit less than the drilling pressure level of the flow of the drilling fluid and being exposed to the flow at a first pressure level above the pressure limit of the at least one flow tube ; a vessel enclosing the at least one flow tube in a chamber and holding an internal fluid separate from the drilling fluid at a second pressure level in the chamber about the at least one flow tube ; and characterized in that the apparatus further comprises: a controller configured to monitor variation in the first pressure level and to regulate the second pressure level of the internal fluid relative to the first pressure level to control a pressure differential across the at least one flow tube so that the at least one flow tube under the controlled pressure differential conducts the flow at the first pressure level above the pressure limit of the at least one flow tube , the controller being configured to control the excitation signals to set the at least one flow tube into vibration so to account for at least one parameter related to the vibration of the at least one flow tube in the internal fluid at the second pressure level.
A eutectic extraction solvent for extracting plant (e.g. vegetable) and/or animal and/or prokaryotic biological material, wherein the solvent is a clear, stable and fluid mixture comprising: (a) betaine (trimethyl glycine) or a hydrated form of betaine; (b) at least one hydrogen bond donor compound selected from the group consisting of polyols and organic acids; and (c) water; wherein the molar ratio of betaine or a hydrated form of betaine to the at least one hydrogen bond donor is from 1:1.5 to 1:3 and the proportion of water in the solvent is from 15 to 30% by weight; with the proviso that the eutectic extraction solvent does not contain any exogenous sugar and/or amine salt and/or anion. (a) betaine (trimethyl glycine) or a hydrated form of betaine; (b) at least one hydrogen bond donor compound selected from the group consisting of polyols and organic acids; and (c) water;