mhurhangee/patent-ind-claim-en huggingface dataset:
A multi input multi output, MIMO, antenna device for a terminal, comprising: a main board , two end areas of the main board being respectively provided with a group of antenna radiating units , a middle area of the main board being provided with a metal ground unit, wherein a first group of antenna radiating units on one end area of the main board comprises a first top-layer radiating subunit and a first bottom-layer radiating subunit placed in the end area, a second group of antenna radiating units on the other end area of the main board comprises a second top-layer radiating subunit and a second bottom-layer radiating subunit placed in the end area, and the metal ground unit on the middle area of the main board comprises a top-layer metal ground and a bottom-layer metal ground , and a first feeding port and a second feeding port are arranged on the bottom metal ground . a main board , two end areas of the main board being respectively provided with a group of antenna radiating units , a middle area of the main board being provided with a metal ground unit, wherein a first group of antenna radiating units on one end area of the main board comprises a first top-layer radiating subunit and a first bottom-layer radiating subunit placed in the end area, a second group of antenna radiating units on the other end area of the main board comprises a second top-layer radiating subunit and a second bottom-layer radiating subunit placed in the end area, and the metal ground unit on the middle area of the main board comprises a top-layer metal ground and a bottom-layer metal ground , and a first feeding port and a second feeding port are arranged on the bottom metal ground .
A terminal device, comprising a processor , a direct stream digital DSD audio playback circuit , and a headset jack , wherein the processor is connected to the DSD audio playback circuit , and the DSD audio playback circuit is connected to the headset jack , wherein the processor is configured to output a DSD audio signal to the DSD audio playback circuit in response to triggering performed by a user; the processor is further configured to determine, according to a correspondence between a preset scenario and alert tone control information, alert tone control information corresponding to the current scenario; wherein the preset scenario and the alert tone control information are stored in a nonvolatile memory; the DSD audio playback circuit is configured to: - process the DSD audio signal; - generate the alert tone according to the alert tone control information corresponding to the current scenario; and - superpose the processed DSD audio signal and the alert tone; and the headset jack is configured to connect to a headset, to play the superposed audio signal and alert tone by using the headset, wherein the current scenario includes at least one of the following scenarios: incoming of a call, receiving of an SMS message, receiving of a WeChat message, receiving of a QQ message, and insufficient power. the processor is configured to output a DSD audio signal to the DSD audio playback circuit in response to triggering performed by a user; the processor is further configured to determine, according to a correspondence between a preset scenario and alert tone control information, alert tone control information corresponding to the current scenario; wherein the preset scenario and the alert tone control information are stored in a nonvolatile memory; the DSD audio playback circuit is configured to: - process the DSD audio signal; - generate the alert tone according to the alert tone control information corresponding to the current scenario; and - superpose the processed DSD audio signal and the alert tone; and - process the DSD audio signal; - generate the alert tone according to the alert tone control information corresponding to the current scenario; and - superpose the processed DSD audio signal and the alert tone; and the headset jack is configured to connect to a headset, to play the superposed audio signal and alert tone by using the headset, wherein the current scenario includes at least one of the following scenarios: incoming of a call, receiving of an SMS message, receiving of a WeChat message, receiving of a QQ message, and insufficient power.
A security element , called security dome, for gluing onto an electronic board , said security element being characterised in that it comprises at least: - a metal part for contact with at least one electrical circuit of said electronic board; - a protective part covering said metal part and having a first face comprising an adhesive portion intended to ensure the gluing of said security element on said electronic board by an automatic assembly method comprising at least one reflow step, said metal part and protective part being resistant to the temperatures used during said reflow step. - a metal part for contact with at least one electrical circuit of said electronic board; - a protective part covering said metal part and having a first face comprising an adhesive portion intended to ensure the gluing of said security element on said electronic board by an automatic assembly method comprising at least one reflow step,
An extrudable composite, comprising: a pre-sintered ceramic matrix material comprising: from 20 to 80 % by weight of the ceramic matrix material of at least one powdered zeolite, and a second powdered material comprising inorganic oxide, where the second powdered material is not a zeolite; a plurality of particles having an aspect ratio ranging from about 2 to about 100, the plurality of particles comprising at least one particle type chosen from: structurally reinforcing particles comprising at least one material chosen from inorganic oxides, inorganic carbides, inorganic borides, inorganic nitrides, inorganic silicides, ceramics or metals, and thermal conductivity modifying particles comprising at least one material chosen from silicon, silicon carbide, carbon or a metal; and a carrier liquid. a pre-sintered ceramic matrix material comprising: from 20 to 80 % by weight of the ceramic matrix material of at least one powdered zeolite, and a second powdered material comprising inorganic oxide, where the second powdered material is not a zeolite; from 20 to 80 % by weight of the ceramic matrix material of at least one powdered zeolite, and a second powdered material comprising inorganic oxide, where the second powdered material is not a zeolite; a plurality of particles having an aspect ratio ranging from about 2 to about 100, the plurality of particles comprising at least one particle type chosen from: structurally reinforcing particles comprising at least one material chosen from inorganic oxides, inorganic carbides, inorganic borides, inorganic nitrides, inorganic silicides, ceramics or metals, and thermal conductivity modifying particles comprising at least one material chosen from silicon, silicon carbide, carbon or a metal; and structurally reinforcing particles comprising at least one material chosen from inorganic oxides, inorganic carbides, inorganic borides, inorganic nitrides, inorganic silicides, ceramics or metals, and thermal conductivity modifying particles comprising at least one material chosen from silicon, silicon carbide, carbon or a metal; and a carrier liquid.
An aqueous dispersion comprising polymer-enclosed particles, wherein the polymer-enclosed particles comprise particles enclosed by a friable polymer, wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing wherein the aqueous dispersion is obtainable by a method comprising: providing a mixture, in an aqueous medium, of: (a) particles wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing, (b) an ethylenically unsaturated monomer, and (c) a water-dispersible polymerizable dispersant, and polymerizing the ethylenically unsaturated monomer and polymerizable dispersant to form polymer-enclosed particles comprising a water-dispersible polymer. providing a mixture, in an aqueous medium, of: (a) particles wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing, (b) an ethylenically unsaturated monomer, and (c) a water-dispersible polymerizable dispersant, and (a) particles wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing, (b) an ethylenically unsaturated monomer, and (c) a water-dispersible polymerizable dispersant, and polymerizing the ethylenically unsaturated monomer and polymerizable dispersant to form polymer-enclosed particles comprising a water-dispersible polymer.
A liquid chromatography system comprising: a sample organizer configured to store a plurality of sample-vial carriers each holding a sample, the sample organizer having a first chamber and a sample organizer shelf mounted within the first chamber, wherein a shelf magnet is affixed to a surface of the sample organizer shelf; a sample manager configured to inject a first sample from a first sample vial carrier of the plurality of sample-vial carriers into a chromatographic flow stream, the sample manager having a second chamber, the sample manager having a sample tray mounted within the second chamber; and a transfer drawer including a support surface configured to support the first sample-vial carrier, the transfer drawer including a first transfer drawer magnet , the transfer drawer configured to be removably coupled to the sample tray of the sample manager, the transfer drawer configured to be removably coupled to the sample organizer shelf such that attraction between the first transfer drawer magnet and the shelf magnet retain the transfer drawer in a first removably coupled position with respect to the sample organizer shelf, the transfer drawer configured to be transferred between the sample organizer shelf and the sample tray of the sample manager. a sample organizer configured to store a plurality of sample-vial carriers each holding a sample, the sample organizer having a first chamber and a sample organizer shelf mounted within the first chamber, wherein a shelf magnet is affixed to a surface of the sample organizer shelf; a sample manager configured to inject a first sample from a first sample vial carrier of the plurality of sample-vial carriers into a chromatographic flow stream, the sample manager having a second chamber, the sample manager having a sample tray mounted within the second chamber; and a transfer drawer including a support surface configured to support the first sample-vial carrier, the transfer drawer including a first transfer drawer magnet , the transfer drawer configured to be removably coupled to the sample tray of the sample manager, the transfer drawer configured to be removably coupled to the sample organizer shelf such that attraction between the first transfer drawer magnet and the shelf magnet retain the transfer drawer in a first removably coupled position with respect to the sample organizer shelf, the transfer drawer configured to be transferred between the sample organizer shelf and the sample tray of the sample manager.
An implantable medical device comprising: electronic circuitry configured to deliver cardiac pacing; couplings for an implantable medical lead receptacle , at least some of the couplings electrically connected with the electronic circuitry ; and a polymeric enclosure having the electronic circuitry contained therein, the polymeric enclosure formed of a polymeric material filled around the electronic circuitry and couplings and forming the implantable medical lead receptacle . electronic circuitry configured to deliver cardiac pacing; couplings for an implantable medical lead receptacle , at least some of the couplings electrically connected with the electronic circuitry ; and a polymeric enclosure having the electronic circuitry contained therein, the polymeric enclosure formed of a polymeric material filled around the electronic circuitry and couplings and forming the implantable medical lead receptacle .
A display apparatus comprising: an input unit configured to obtain data from a user in accordance with an operation from the user; a display unit configured to display a first setting screen and a second setting screen, the first setting screen which is for receiving a setting value of a job inserted into an image forming apparatus, and displays execution in a first operational environment , and the second setting screen which is for receiving a setting value of the job, displays execution in a second operational environment different from the first operational environment, and displays a smaller number of setting items than that of the first setting screen, the setting items displayed on the second setting screen being chosen among the setting items displayed in the first setting screen; and a control unit configured to control the display unit to display the second setting screen, and to control the display unit to display the first setting screen obtained by applying a setting value of the job which is input by the input unit and obtained through the second setting screen when the user presses a defined button in the second setting screen. an input unit configured to obtain data from a user in accordance with an operation from the user; a display unit configured to display a first setting screen and a second setting screen, the first setting screen which is for receiving a setting value of a job inserted into an image forming apparatus, and displays execution in a first operational environment , and the second setting screen which is for receiving a setting value of the job, displays execution in a second operational environment different from the first operational environment, and displays a smaller number of setting items than that of the first setting screen, the setting items displayed on the second setting screen being chosen among the setting items displayed in the first setting screen; and a control unit configured to control the display unit to display the second setting screen, and to control the display unit to display the first setting screen obtained by applying a setting value of the job which is input by the input unit and obtained through the second setting screen when the user presses a defined button in the second setting screen.
A mobile robot, comprising: a main body ; a drive unit configured to move the main body ; a sensing unit configured to sense at least one of posture information of the main body and driving information of the drive unit ; a receiver configured to receive signals transmitted from one or more transmitters disposed in a driving area ; and a controller configured to determine a current position of the main body based on at least one of a sensing result of the sensing unit and a reception result of the receiver to control the drive unit to be driven in the driving area so as to control the driving of the main body , characterized in that the controller is configured to determine a specific point where driving speed of the mobile robot is limited due to a slip occurrence within the driving area based on first position information measured based on the sensing result and second position information measured based on the reception result and to control the driving of the main body according to a determination result of determining the specific point, wherein when determining the specific point, the controller is configured to analyze a type of the specific point based on the determination result and history information on previous determination history, to determine whether the mobile robot is controlled to avoid the specific point in driving the driving area based on analyzing the type of the specific point and to control the driving of the main body according to the determination result. a main body ; a drive unit configured to move the main body ; a sensing unit configured to sense at least one of posture information of the main body and driving information of the drive unit ; a receiver configured to receive signals transmitted from one or more transmitters disposed in a driving area ; and a controller configured to determine a current position of the main body based on at least one of a sensing result of the sensing unit and a reception result of the receiver to control the drive unit to be driven in the driving area so as to control the driving of the main body , characterized in that the controller is configured to determine a specific point where driving speed of the mobile robot is limited due to a slip occurrence within the driving area based on first position information measured based on the sensing result and second position information measured based on the reception result and to control the driving of the main body according to a determination result of determining the specific point, wherein when determining the specific point, the controller is configured to analyze a type of the specific point based on the determination result and history information on previous determination history, to determine whether the mobile robot is controlled to avoid the specific point in driving the driving area based on analyzing the type of the specific point and to control the driving of the main body according to the determination result.
A method comprising: receiving, by a first wireless device from a second wireless device, a first message indicating a first reference time as an end time of a selection window for the second wireless device to select resources for one or more sidelink transmissions by the second wireless device, wherein the selection window is based on a second resource selection procedure of the second wireless device for the one or more sidelink transmissions; selecting, by the first wireless device, a first set of resources during the selection window based on the first reference time; and transmitting, to the second wireless device, a second message indicating the first set of resources for the second wireless device to select resources for the one or more sidelink transmissions. receiving, by a first wireless device from a second wireless device, a first message indicating a first reference time as an end time of a selection window for the second wireless device to select resources for one or more sidelink transmissions by the second wireless device, wherein the selection window is based on a second resource selection procedure of the second wireless device for the one or more sidelink transmissions; selecting, by the first wireless device, a first set of resources during the selection window based on the first reference time; and transmitting, to the second wireless device, a second message indicating the first set of resources for the second wireless device to select resources for the one or more sidelink transmissions.
A pivoted powder pushing device for bringing a portion of powder from a base surface to a position between a distribution member and a working area , said pivoted powder pushing device comprising: a first portion , and a contact member , wherein: the contact member is configured to operatively engage a grip arm of the distribution member when the distribution member is positioned at least in part above the base surface , and the first portion is configured to move via the engagement of the grip arm and the contact member in a first direction opposite a direction of travel of the distribution member , such that the first portion of said pivoted powder pushing device passes under said distribution member with a stroke between a first end position and a second end position such that an amount of powder that will be transferred to the working area is depending on a length of said stroke of said first portion . a first portion , and a contact member , the contact member is configured to operatively engage a grip arm of the distribution member when the distribution member is positioned at least in part above the base surface , and the first portion is configured to move via the engagement of the grip arm and the contact member in a first direction opposite a direction of travel of the distribution member , such that the first portion of said pivoted powder pushing device passes under said distribution member with a stroke between a first end position and a second end position such that an amount of powder that will be transferred to the working area is depending on a length of said stroke of said first portion .
Position detector for a passenger service unit which can be installed in a passenger service channel , wherein the position detector comprises: a sensor rail which has a multiplicity of sensors and is configured to be fitted in the longitudinal direction of the passenger service channel ; and a position marker which is configured to be fastened to the passenger service unit , characterized in that the position marker comprises a protruding element and a spring element , and wherein the spring element is configured to press the protruding element in the direction of the multiplicity of sensors , wherein at least one of the multiplicity of sensors is a pressure sensor which is configured to output an electrical sensor signal when touched by the protruding element of the position marker or to change it due to a compressive force acting by way of the protruding element of the position marker . a sensor rail which has a multiplicity of sensors and is configured to be fitted in the longitudinal direction of the passenger service channel ; and a position marker which is configured to be fastened to the passenger service unit , characterized in that the position marker comprises a protruding element and a spring element , and wherein the spring element is configured to press the protruding element in the direction of the multiplicity of sensors , wherein at least one of the multiplicity of sensors is a pressure sensor which is configured to output an electrical sensor signal when touched by the protruding element of the position marker or to change it due to a compressive force acting by way of the protruding element of the position marker .