mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling a sound reproducing device, the device comprising: communication circuitry configured to transmit and receive data to and from the sound reproducing device; a sensor configured to detect a motion of the device and to obtain azimuth information regarding an azimuth representing the direction in which a pre-set portion of the device is pointed, where the sensor obtains azimuth information based on the motion of the device; and control processing circuitry configured to receive from the sound reproducing device via the communication circuitry azimuth information regarding an azimuth representing the direction in which a pre-set portion of the sound reproducing device is pointed and to determine the sound reproducing device as a controlled device if it is determined that the azimuth information regarding the device is within a pre-set range of the azimuth information regarding the sound reproducing device. communication circuitry configured to transmit and receive data to and from the sound reproducing device; a sensor configured to detect a motion of the device and to obtain azimuth information regarding an azimuth representing the direction in which a pre-set portion of the device is pointed, where the sensor obtains azimuth information based on the motion of the device; and control processing circuitry configured to receive from the sound reproducing device via the communication circuitry azimuth information regarding an azimuth representing the direction in which a pre-set portion of the sound reproducing device is pointed and to determine the sound reproducing device as a controlled device if it is determined that the azimuth information regarding the device is within a pre-set range of the azimuth information regarding the sound reproducing device.
A soil moisture sensor, comprising: a capacitive probe comprising two electrodes (150,155) configured to be inserted into soil; a series RLC circuit electrically coupled to the capacitive probe; a microcontroller configured to: determine the capacitance value of the soil; and determine the moisture content of the soil from the capacitance value of the soil, the soil moisture sensor being characterised in that the microcontroller is configured to provide a drive signal having a predetermined drive signal frequency to the series RLC circuit. a capacitive probe comprising two electrodes (150,155) configured to be inserted into soil; a series RLC circuit electrically coupled to the capacitive probe; a microcontroller configured to: determine the capacitance value of the soil; and determine the moisture content of the soil from the capacitance value of the soil, the soil moisture sensor being characterised in that the microcontroller is configured to provide a drive signal having a predetermined drive signal frequency to the series RLC circuit. determine the capacitance value of the soil; and determine the moisture content of the soil from the capacitance value of the soil, the soil moisture sensor being characterised in that the microcontroller is configured to provide a drive signal having a predetermined drive signal frequency to the series RLC circuit.
An acoustic detector comprising a mounting plate having a generally planar face in which are mounted a plurality of acoustic sensors, a windshield enclosing the mounting plate and forming a dome shaped void between an interior surface of the windshield and the plate, and a supporting cage surrounding the windshield and engaged with the mounting plate to provide structural support to the detector.
A flywheel comprising: a rotary shaft which is rotatably provided; a rotor which is fixed to the rotary shaft and rotatable with the rotary shaft; and an unrotatable stator which is arranged so as to face the rotor, wherein the rotor comprises first permanent magnets provided on a first surface axially facing the stator, and wherein the stator comprises second permanent magnets which are provided on a second surface facing the rotor in correspondence with the first permanent magnets respectively and have the same polarity as that of the first permanent magnets, characterized in that each of the second permanent magnets further comprises a metal block provided to extend from a part of a surface of said second permanent magnet facing the rotor to a part of a bottom surface of said second permanent magnet through a side surface of said second permanent magnet. a rotary shaft which is rotatably provided; a rotor which is fixed to the rotary shaft and rotatable with the rotary shaft; and an unrotatable stator which is arranged so as to face the rotor, wherein the rotor comprises first permanent magnets provided on a first surface axially facing the stator, and wherein the stator comprises second permanent magnets which are provided on a second surface facing the rotor in correspondence with the first permanent magnets respectively and have the same polarity as that of the first permanent magnets, characterized in that each of the second permanent magnets further comprises a metal block provided to extend from a part of a surface of said second permanent magnet facing the rotor to a part of a bottom surface of said second permanent magnet through a side surface of said second permanent magnet.
A method implemented in a wireless transmit receive unit, WTRU, for wireless communications between the WTRU and a target evolved Node B, eNB, the method comprising: detecting a communications failure, wherein the communications failure is a radio link failure or a handover failure; transmitting a WTRU identity and a source cell identity to the target eNB in response to the detected communications failure; and receiving a response from the target eNB. detecting a communications failure, wherein the communications failure is a radio link failure or a handover failure; transmitting a WTRU identity and a source cell identity to the target eNB in response to the detected communications failure; and receiving a response from the target eNB.
A high pressure diesel fuel pump comprising a pumping assembly and a drivetrain assembly, the pumping assembly comprising a plunger extending from a pump head along a pumping axis (A-A'), the drivetrain assembly comprising a drive shaft and a cam mounted thereon within a cambox of a housing, a shoe for contact with a lower end of the plunger and the shoe comprising a body with a cavity in a lower face at a lower end thereof and a plunger contact face at an upper end thereof, a roller mounted within a cavity of the shoe for contact with the cam, and a shoe guide mounted within a guide chamber of the housing substantially between the cam and the plunger and adapted to receive the shoe and roller within a bore thereof, wherein the plunger is arranged for reciprocating linear movement along the pumping axis (a-A') within a pumping chamber of the housing upon rotation of the cam, wherein the shoe guide comprises a pair of tangs extending from a lower end of a main body of the shoe guide to support the roller therewith, and wherein the tangs comprise between approximately 5% and approximately 50% of a total length of the shoe guide; characterized in that at the upper end of the shoe, the body is substantially pyramidal being formed from two pairs of opposing sloping walls (53a, 53b) converging on a flat plunger contact face.
A dispensing apparatus for denesting cardboard sheets from a stack of cardboard sheets, the denesting apparatus comprising a cardboard sheet magazine for holding a stack of cardboards to be denested, the cardboard sheet magazine having an opening for allowing sheets to be dispensed from the stack, where the dispensing apparatus comprises at least one conveyor belt (3,4) arranged in immediate vicinity of the opening of the cardboard sheet magazine, the at least one conveyor belt (3,4) intended for displacing a cardboard sheet to be denested from the stack away from the stack, characterized in that a rear guide rail has an outer end constituting an angle α in relation to a longitudinal extension of the stack of cardboard sheets, and where a front guide rail has an outer end constituting an angle β in relation to the longitudinal extension of the stack of cardboard sheets, and where the angle α is greater than the angle β and where the cardboard sheet magazine is capable of being detached from the remainder of the apparatus, and where detachment of the cardboard sheet magazine is provided by a hand-operated latch, which latch in a first position holds the cardboard sheet magazine to the remainder of the apparatus, and which latch in a second position allows the cardboard sheet magazine to be detached from the remainder of the apparatus, leaving the transmission, the drive pulleys (12,13) and the conveyor belts (3,4) in place on the remainder of the apparatus, for possible re-attachment of the cardboard sheet magazine or for possible attachment of another cardboard sheet magazine, without also re-attaching or detaching the transmission, the drive pulleys (12,13) and the conveyor belts (2,3) to or from the remainder of the apparatus.
A separator for an electrochemical cell comprising nanofibers arranged into a nonwoven web, and further comprising a first set of thermoplastic particles coated onto the surface of the nonwoven web in form of a coating that covers at least a portion of the surface of the web, wherein the nonwoven web has a porosity of between 10% and 90% and a mean flow pore size of between 0.1 microns and 5 microns, and wherein the thermoplastic particles have a number average particle size which is at least equal to the mean flow pore size.
Hydraulic conveyor of floating objects selected from the group formed of fruits and vegetables, of the type having recirculation of a composition, referred to as conveying composition, liquid for conveying the floating objects, said hydraulic conveyor being equipped with at least one device for sanitising said conveying composition; characterised in that at least one sanitising device comprises: - at least one irradiation device positioned in order to be able to irradiate a composition, referred to as composition to be sanitised, formed by mixing at least one portion of said conveying composition and an amount of a composition, referred to as a photoreactive composition, comprising at least one photosensitive compound selected in order to be able to form, under the effect of an irradiation by at least one irradiation device, at least one compound, referred to as active compound, suitable for making it possible to convert, by chemical reaction, at least one pollutant compound of said conveying composition into a non-pollutant compound, and; - at least two photolysis chambers mounted in series so that said composition to be sanitised can flow successively through said at least two photolysis chambers, at least one irradiation device being positioned in an internal volume of each photolysis chamber. - at least one irradiation device positioned in order to be able to irradiate a composition, referred to as composition to be sanitised, formed by mixing at least one portion of said conveying composition and an amount of a composition, referred to as a photoreactive composition, comprising at least one photosensitive compound selected in order to be able to form, under the effect of an irradiation by at least one irradiation device, at least one compound, referred to as active compound, suitable for making it possible to convert, by chemical reaction, at least one pollutant compound of said conveying composition into a non-pollutant compound, and; - at least two photolysis chambers mounted in series so that said composition to be sanitised can flow successively through said at least two photolysis chambers, at least one irradiation device being positioned in an internal volume of each photolysis chamber.
Instrument panel crossmember for a vehicle with mounting receptacles for support in a pre-assembly frame and for picking up by a handling device, which is of U-shaped design with a base section and two leg sections (3.1, 3.2) for connecting to the A pillars of the vehicle, wherein the base section forms at least one tunnel support (4.1) connectable to a vehicle tunnel of the vehicle and at least one support element running substantially in the longitudinal direction of the vehicle and in a direction facing away from the driver's side, characterised in that - for the additional support of the instrument panel crossmember in the vertical direction of the vehicle (Z direction) in the pre-assembly frame, the support element is formed with a Z receptacle (5.1) and, - for the additional support of the instrument panel crossmember in the vertical direction of the vehicle (Z direction) and in the longitudinal direction of the vehicle (X direction) in the handling device, the tunnel support (4.1) is formed with an X/Z receptacle (4.11). - for the additional support of the instrument panel crossmember in the vertical direction of the vehicle (Z direction) in the pre-assembly frame, the support element is formed with a Z receptacle (5.1) and, - for the additional support of the instrument panel crossmember in the vertical direction of the vehicle (Z direction) and in the longitudinal direction of the vehicle (X direction) in the handling device, the tunnel support (4.1) is formed with an X/Z receptacle (4.11).
A battery pack comprising: a battery; a sensor configured to detect a state of the battery; wherein the sensor includes an insulating layer, and a resistor, wherein the sensor detects the state of the battery as a change in a resistance value of the resistor, the battery pack being characterized in that the sensor further includes a functional layer formed of a metal, an alloy, or a metal compound, the resistor being formed of a composite film including Cr, CrN, or Cr2N, the functional layer being formed directly on one side of the insulating layer, the resistor being formed directly on one side of the functional layer, wherein the resistor has alpha-chromium as a main component, and wherein the functional layer promotes crystal growth of the resistor and thus allows a resistor having a stable crystalline phase to be fabricated. a battery; a sensor configured to detect a state of the battery; wherein the sensor includes an insulating layer, and a resistor, wherein the sensor detects the state of the battery as a change in a resistance value of the resistor, the battery pack being characterized in that the sensor further includes a functional layer formed of a metal, an alloy, or a metal compound, the resistor being formed of a composite film including Cr, CrN, or Cr2N, the functional layer being formed directly on one side of the insulating layer, the resistor being formed directly on one side of the functional layer, wherein the resistor has alpha-chromium as a main component, and wherein the functional layer promotes crystal growth of the resistor and thus allows a resistor having a stable crystalline phase to be fabricated.
A mobile phone terminal with a battery pack containing a rechargeable battery as power supply, and transmitting and receiving radio-signals to and from a mobile phone system base transceiver station, the mobile phone terminal comprising: a data communication terminal communicating data with the battery pack; an intermittent receiving processor periodically carrying out intermittent receiving processing via the base transceiver station from which processing the location of the mobile terminal is established when the mobile phone terminal is in a standby operation; and a battery status determining unit transmitting, while the intermittent receiving processor is carrying out intermittent receiving processing, an activating signal to the battery pack via the data communication terminal and reading battery status data from the activated battery pack. a data communication terminal communicating data with the battery pack; an intermittent receiving processor periodically carrying out intermittent receiving processing via the base transceiver station from which processing the location of the mobile terminal is established when the mobile phone terminal is in a standby operation; and a battery status determining unit transmitting, while the intermittent receiving processor is carrying out intermittent receiving processing, an activating signal to the battery pack via the data communication terminal and reading battery status data from the activated battery pack.
Door having a door wing with a door frame and a door hinge assembly for pivotally mounting said door wing to said door frame, comprising a door hinge unit comprising at least one door hinge; a door frame mounting device by which the door hinge unit is fixed to the door frame, the door frame mounting device comprising a bearing unit arranged for supporting a pivot axis and a first counter bearing device inserted in the door frame and positioned and fixed at a desired position in a manner assigned to the bearing unit, and comprising a first counter bearing body and a second counter bearing body; a door wing mounting device by which the door hinge unit is mounted to the door wing; wherein the door hinge unit is constructed and mounted to the door frame and door wing in such a manner that during opening and closing the door wing, the pivot axis of the door hinge unit is positioned so as to be located in the door wing, and the door hinge, during closing the door wing, moving into a hinge pocket of the door frame and being disposed in a hidden manner in the closing position of the door wing, and the door hinge moving out of the hinge pocket upon opening the door wing, characterized in that the door frame mounting device further comprises a mounting unit inserted in the hinge pocket from outside and having a first mounting body, a second mounting body and a connecting element connecting the first mounting body to the second mounting body, wherein said first mounting body and said second mounting body each have a passage opening for a mounting element for the door frame-side mounting of the door hinge unit, at least one of the mounting bodies (82, 84) comprising a positioning aid, and the first counter bearing body and/or the second counter bearing body having a recess for the engagement of said positioning aid.
A remote control assembly, said remote control assembly comprising: a sheath having a longitudinal axis along a length thereof and defining an interior; a liner disposed within said interior and coupled to said sheath; and a wire having an outer surface with said wire disposed between and coupled to said sheath and said liner; wherein said outer surface of said wire defines a plurality of notches separated into a first group of notches and a second group of notches with each notch within each of said first and second groups (44, 46) defining a first distance therebetween substantially along said longitudinal axis, and said first group of notches and said second group of notches defining a second distance therebetween along the longitudinal axis, with said second distance being greater than said first distance. a sheath having a longitudinal axis along a length thereof and defining an interior; a liner disposed within said interior and coupled to said sheath; and a wire having an outer surface with said wire disposed between and coupled to said sheath and said liner; wherein said outer surface of said wire defines a plurality of notches separated into a first group of notches and a second group of notches with each notch within each of said first and second groups (44, 46) defining a first distance therebetween substantially along said longitudinal axis, and said first group of notches and said second group of notches defining a second distance therebetween along the longitudinal axis, with said second distance being greater than said first distance.
A method for managing computational storage functions performed by a processor of a host, comprising: determining (502, 504, 506) one or more functions associated with a first device and determining one or more corresponding function types for the functions based on a hint generated by a second device, wherein the first device is a storage device (120, 305) and comprises a computational storage, CS, device and the second device is a host device, wherein the hint indicates that at least two functions are similar; grouping the functions based on the function types using a group name; providing the group name to the second device for use in connection with an associated application, wherein the providing the group name to the second device comprises advertising the group name to the host device; determining one or more properties associated with the functions and determining corresponding second function types based on the properties, wherein the one or more properties include a power usage or a computational load associated with at least one function of the functions; grouping the functions based on the second function types; advertising the properties back to the user at a user interface associated with a host application, wherein a user selects and uses the functions by communicating with the first device via the group name via the application based on the processor configuring the first device and the host application to execute the corresponding functions selected by the user. determining (502, 504, 506) one or more functions associated with a first device and determining one or more corresponding function types for the functions based on a hint generated by a second device, wherein the first device is a storage device (120, 305) and comprises a computational storage, CS, device and the second device is a host device, wherein the hint indicates that at least two functions are similar; grouping the functions based on the function types using a group name; providing the group name to the second device for use in connection with an associated application, wherein the providing the group name to the second device comprises advertising the group name to the host device; determining one or more properties associated with the functions and determining corresponding second function types based on the properties, wherein the one or more properties include a power usage or a computational load associated with at least one function of the functions; grouping the functions based on the second function types; advertising the properties back to the user at a user interface associated with a host application, wherein a user selects and uses the functions by communicating with the first device via the group name via the application based on the processor configuring the first device and the host application to execute the corresponding functions selected by the user.