mhurhangee/ep-ind-claims huggingface dataset:
A base station comprising: a transmitting unit that transmits a first wireless signal, a third wireless signal, and a fourth wireless signal to a mobile station by using a plurality of different physical channels; a receiving unit that receives a second wireless signal transmitted from the mobile station; an acquiring unit that acquires reception information indicating a reception state of the first wireless signal at the mobile station, from the second wireless signal received by the receiving unit; a determining unit that based on the reception information acquired by the acquiring unit, determines a repetition count of the third wireless signal transmitted from the transmitting unit; and a lookup table that has an index value associated with the repetition count, wherein the base station uses the receiving unit to receive the second wireless signal from the mobile station, the base station uses the acquiring unit to acquire the reception information, the base station uses the determining unit to determine based on the reception information, the repetition count of the third wireless signal, the base station acquires from the lookup table, the index value that corresponds to the repetition count, and the base station uses the transmitting unit to transmit the fourth wireless signal that includes the index value, to the mobile station and notify the mobile station of the index value. a transmitting unit that transmits a first wireless signal, a third wireless signal, and a fourth wireless signal to a mobile station by using a plurality of different physical channels; a receiving unit that receives a second wireless signal transmitted from the mobile station; an acquiring unit that acquires reception information indicating a reception state of the first wireless signal at the mobile station, from the second wireless signal received by the receiving unit; a determining unit that based on the reception information acquired by the acquiring unit, determines a repetition count of the third wireless signal transmitted from the transmitting unit; and a lookup table that has an index value associated with the repetition count, wherein the base station uses the receiving unit to receive the second wireless signal from the mobile station, the base station uses the acquiring unit to acquire the reception information, the base station uses the determining unit to determine based on the reception information, the repetition count of the third wireless signal, the base station acquires from the lookup table, the index value that corresponds to the repetition count, and the base station uses the transmitting unit to transmit the fourth wireless signal that includes the index value, to the mobile station and notify the mobile station of the index value.
A method for adjusting a bandwidth of a carrier signal providing access for user terminals to a cellular radio network through a High Altitude Platform, HAP, operating above 20km in altitude, the carrier signal being transmitted within a predetermined frequency spectrum allocation, the HAP transmitting a first carrier signal of a first bandwidth in a first part of the predetermined frequency spectrum allocation, the first carrier signal corresponding with an existing cell, the method comprising: configuring transmission by the HAP of a new, second carrier signal (120, 130) of a second bandwidth in a second part of the predetermined frequency spectrum allocation, the second bandwidth being different to the first bandwidth, the second carrier signal corresponding with a new cell provided by the HAP; and configuring handover of traffic from the first carrier signal to the second carrier signal. configuring transmission by the HAP of a new, second carrier signal (120, 130) of a second bandwidth in a second part of the predetermined frequency spectrum allocation, the second bandwidth being different to the first bandwidth, the second carrier signal corresponding with a new cell provided by the HAP; and configuring handover of traffic from the first carrier signal to the second carrier signal.
A construction vehicle comprising: a wheel; an exhaust aftertreatment device to which a reductant is supplied; a fender on which at least a portion of the exhaust aftertreatment device including a front end thereof is located, the fender being located above the wheel; characterized in that the vehicle further comprises a supply pump being adapted to supply the reductant and being located ahead of the fender and below the exhaust aftertreatment device; and a reductant tank being adapted to store the reductant and being located ahead of the fender and below the exhaust aftertreatment device and the supply pump. a wheel; an exhaust aftertreatment device to which a reductant is supplied; a fender on which at least a portion of the exhaust aftertreatment device including a front end thereof is located, the fender being located above the wheel; a supply pump being adapted to supply the reductant and being located ahead of the fender and below the exhaust aftertreatment device; and a reductant tank being adapted to store the reductant and being located ahead of the fender and below the exhaust aftertreatment device and the supply pump.
Apparatus for imaging a sample arranged in an object plane, comprising - an optical transfer system, which images a region of the sample from the object plane into an intermediate image plane, - wherein the object plane and the intermediate image plane enclose with an optical axis of the transfer system an angle that differs from 90° and the optical transfer system is made up of a plurality of lenses, - an optical imaging system having an objective, the optical axis of which is perpendicular to the intermediate image plane and which is focused at the intermediate image plane such that the object plane is able to be imaged onto a detector without distortion, - an illumination device for illuminating the sample with a light sheet, wherein the light sheet is located substantially in the object plane and defines an illumination direction, and the normal of the object plane defines a detection direction, - characterized in that - the optical imaging system has an aperture with which a detection angle region which is asymmetrically distributed about the optical axis of the objective is captured and imaged onto a detector. - an optical transfer system, which images a region of the sample from the object plane into an intermediate image plane, - wherein the object plane and the intermediate image plane enclose with an optical axis of the transfer system an angle that differs from 90° and the optical transfer system is made up of a plurality of lenses, - an optical imaging system having an objective, the optical axis of which is perpendicular to the intermediate image plane and which is focused at the intermediate image plane such that the object plane is able to be imaged onto a detector without distortion, - an illumination device for illuminating the sample with a light sheet, wherein the light sheet is located substantially in the object plane and defines an illumination direction, and the normal of the object plane defines a detection direction, - characterized in that - the optical imaging system has an aperture with which a detection angle region which is asymmetrically distributed about the optical axis of the objective is captured and imaged onto a detector.
A method for manufacturing a moist vegetable protein preparation for a food, by - introducing, in order to extract proteins, a protein-containing vegetable raw material into an aqueous extraction medium which has a salt content, in order to obtain a salt-containing vegetable protein solution, - precipitating the proteins from the salt-containing vegetable protein solution by reducing a temperature and/or an ionic strength of the vegetable protein solution, and - separating the precipitated proteins as a moist protein-rich mass from the aqueous extraction medium, characterized in that the vegetable protein solution after the step for precipitating the proteins or the moist protein-rich mass is heated to a temperature of ≥ 45 °C and is maintained at this temperature for a period of time, wherein the period of time and the temperature are selected such that application and processing properties of the moist protein-rich mass are not changed by this step. - introducing, in order to extract proteins, a protein-containing vegetable raw material into an aqueous extraction medium which has a salt content, in order to obtain a salt-containing vegetable protein solution, - precipitating the proteins from the salt-containing vegetable protein solution by reducing a temperature and/or an ionic strength of the vegetable protein solution, and - separating the precipitated proteins as a moist protein-rich mass from the aqueous extraction medium,
Ladder or stairs, having - two ladder stiles, which are spaced apart parallel to one another in a direction transverse to the longitudinal direction of the ladder, and, between the ladder stiles, ladder rungs or steps, which are connected to the ladder stiles on the left and right at a spacing parallel to one another in the longitudinal direction of the ladder, - wherein, at least in the lower end region of each ladder stile, a bearing-shoe device is connected and/or a crossmember unit, which runs transversely to the longitudinal direction of the ladder, can be, or is, connected, the length of said crossmember unit being greater than the distance between the ladder stiles, - wherein the interior of the bearing-shoe device contains an internal-connection unit which is accessible from the outside, in the longitudinal direction of the ladder, and is intended for directly or indirectly connecting the crossmember unit or further components (62, 64), - characterized in that - the bearing-shoe device, on its underside, has an essentially U-shaped groove recess which is open in the downward/outward direction, is continuous in the transverse direction and has two limbs, which are spaced apart parallel to one another, and a groove base, wherein the internal-connection unit is accessible from the outside via the groove base. - two ladder stiles, which are spaced apart parallel to one another in a direction transverse to the longitudinal direction of the ladder, and, between the ladder stiles, ladder rungs or steps, which are connected to the ladder stiles on the left and right at a spacing parallel to one another in the longitudinal direction of the ladder, - wherein, at least in the lower end region of each ladder stile, a bearing-shoe device is connected and/or a crossmember unit, which runs transversely to the longitudinal direction of the ladder, can be, or is, connected, the length of said crossmember unit being greater than the distance between the ladder stiles, - wherein the interior of the bearing-shoe device contains an internal-connection unit which is accessible from the outside, in the longitudinal direction of the ladder, and is intended for directly or indirectly connecting the crossmember unit or further components (62, 64), - characterized in that - the bearing-shoe device, on its underside, has an essentially U-shaped groove recess which is open in the downward/outward direction, is continuous in the transverse direction and has two limbs, which are spaced apart parallel to one another, and a groove base, wherein the internal-connection unit is accessible from the outside via the groove base.
An ion source comprising: one or more nebulisers and one or more targets; wherein said one or more nebulisers are arranged and adapted to nebulise one or more eluents emitted by one or more liquid chromatography separation devices over a period of time; wherein one or more nebulisers are arranged and adapted to emit, in use, a stream predominantly of droplets which are caused to impact upon said one or more targets to ionise said droplets to form a plurality of ions; and wherein the Sauter mean diameter ("SMD", d32) of said droplets is in a range: (i) < 5 μm; (ii) 5-10 μm; (iii) 10-15 μm; (iv) 15-20 μm; or (v) 20-25 μm; characterized in that said one or more targets are one or more mesh or grid targets. one or more nebulisers and one or more targets; wherein said one or more nebulisers are arranged and adapted to nebulise one or more eluents emitted by one or more liquid chromatography separation devices over a period of time; wherein one or more nebulisers are arranged and adapted to emit, in use, a stream predominantly of droplets which are caused to impact upon said one or more targets to ionise said droplets to form a plurality of ions; and wherein the Sauter mean diameter ("SMD", d32) of said droplets is in a range: (i) < 5 μm; (ii) 5-10 μm; (iii) 10-15 μm; (iv) 15-20 μm; or (v) 20-25 μm; characterized in that said one or more targets are one or more mesh or grid targets.
A screen film applicator, comprising: a seat having a track and a positioning portion arranged at one side of the track for positioning a communication device; a positioning member disposed on the seat, wherein the positioning member is movable with respect to the seat, and the positioning member and the positioning portion are configured to clamp the communication device; and a first mechanism disposed on the seat for allowing a soft screen film to be adhered onto the communication device, wherein the first mechanism includes: a top fixing member disposed on the seat, wherein the top fixing member is configured to fix a top releasing film adhered on the soft screen film; a moving carriage movable along the track of the seat; a bottom fixing member movable with the moving carriage, wherein the bottom fixing member is configured to fix a bottom releasing film adhered on the soft screen film; and a roller synchronously movable with the moving carriage, wherein when the moving carriage is moved away from the top fixing member, the roller is configured to gradually press the soft screen film onto the communication device. a seat having a track and a positioning portion arranged at one side of the track for positioning a communication device; a positioning member disposed on the seat, wherein the positioning member is movable with respect to the seat, and the positioning member and the positioning portion are configured to clamp the communication device; and a first mechanism disposed on the seat for allowing a soft screen film to be adhered onto the communication device, wherein the first mechanism includes: a top fixing member disposed on the seat, wherein the top fixing member is configured to fix a top releasing film adhered on the soft screen film; a moving carriage movable along the track of the seat; a bottom fixing member movable with the moving carriage, wherein the bottom fixing member is configured to fix a bottom releasing film adhered on the soft screen film; and a roller synchronously movable with the moving carriage, wherein when the moving carriage is moved away from the top fixing member, the roller is configured to gradually press the soft screen film onto the communication device. a top fixing member disposed on the seat, wherein the top fixing member is configured to fix a top releasing film adhered on the soft screen film; a moving carriage movable along the track of the seat; a bottom fixing member movable with the moving carriage, wherein the bottom fixing member is configured to fix a bottom releasing film adhered on the soft screen film; and a roller synchronously movable with the moving carriage, wherein when the moving carriage is moved away from the top fixing member, the roller is configured to gradually press the soft screen film onto the communication device.
A computer-implemented method of producing a personalized sounds database comprising: - determining preferred values of sound features of elements of a first database comprising elements, such as sounds, thereby creating a first filter; - applying said first filter to a second database comprising elements, such as sounds, thereby producing a filtered second database; characterized by - applying a second filter, configured to filter out elements, such as sounds, having a desired effect on a listener, to a first database comprising elements, such as sounds, thereby producing a filtered first database; and - combining said filtered first database with said filtered second database, thereby providing said personalized sounds database, by adding said filtered first database and said filtered second database or by collecting elements from said filtered first database and said filtered second database based on weights assigned to the elements on the basis of a final characteristic of the personalized sounds database. - determining preferred values of sound features of elements of a first database comprising elements, such as sounds, thereby creating a first filter; - applying said first filter to a second database comprising elements, such as sounds, thereby producing a filtered second database; - applying a second filter, configured to filter out elements, such as sounds, having a desired effect on a listener, to a first database comprising elements, such as sounds, thereby producing a filtered first database; and - combining said filtered first database with said filtered second database, thereby providing said personalized sounds database, by adding said filtered first database and said filtered second database or by collecting elements from said filtered first database and said filtered second database based on weights assigned to the elements on the basis of a final characteristic of the personalized sounds database.
A combustion plate for use in a totally aerated combustion burner, the combustion plate comprising a ceramic plate body having formed therein a multiplicity of flame holes for ejecting a premixed gas, wherein the plate body comprises, in a lattice shape, non-flame-hole portions having no flame holes therein and wherein the plate body further comprises collective flame-hole portions which are enclosed by the non-flame-hole portions, each collective flame-hole portion having formed therein a plurality of flame holes, characterized in that the plate body further comprises outside flame holes along EACH side of the non-flame-hole portions adjacent to each of the collective flame-hole portions, that the outside flame holes are arranged, along the direction of the non-flame-hole portions, at a predetermined spacing (P'), the predetermined spacing being greater than a spacing, in the direction of the non-flame-hole portions, between adjoining flame holes formed in the collective flame-hole portions, and that outside flame holes along one width side of the non-flame-hole portions and outside flame holes along the other width side of the non-flame-hole portions are disposed at a positional shifting, in the direction of the non-flame-hole portions, from each other.
A method for producing a modified conjugated diene polymer comprising a polymerization step in which a monomer including a conjugated diene compound or a monomer including a conjugated diene compound and an aromatic vinyl compound is polymerized in the presence of at least one compound selected from the group consisting of the following formulae and and an alkali metal compound or an alkaline earth metal compound to obtain a modified conjugated diene polymer. (In the formulae and, A 1 is a functional group which has a hydrocarbylsilyl group in which three H's (hydrogen atoms) in a "-SiH 3 " structure are each substituted by a hydrocarbyl group; has at least one atom selected from the group consisting of N, P and S; and has no active hydrogen and is bound to R 1 by any one atom of the above N, P and S. R 1 and R 2 are hydrocarbylene groups. In the formulae, R 1, R 2 and A 1 which are each present in plurality may each be same or different.)
A method of editing a configuration of a watch screen, the method comprising:detecting an event by which a current mode is converted into a watch screen editing mode; selecting, by a user, one of a plurality of predetermined watch screens to be edited, thereby resulting in a selected watch screen; determining two or more icons (420, 430) of a plurality of predetermined icons as components of the selected watch screen, comprising selecting, by a touch input of the user, one icon and automatically selecting another icon mapped to the one icon on the basis of an icon category; and displaying the selected watch screen, wherein the selected watch screen includes the two or more icons (420, 430),
An apparatus for controlling menu navigation in a terminal, the apparatus comprising: a display for displaying a menu screen; a user interface; an inertial sensor for instantaneously sensing a motion of the terminal; and a controller for displaying the menu screen on the display in response to a first input sensed by the user interface, and shifting a focus on the menu screen displayed on the display in a direction corresponding to the motion of the terminal sensed by the inertial sensor, wherein the controller is adapted to: display a lower menu of the menu item where the focus is currently located if the motion of the terminal sensed by the inertial sensor indicates that the terminal is shaken backward, and display an upper menu of a menu item where the focus is currently located if the motion of the terminal sensed by the inertial sensor indicates that the terminal is shaken forward. a display for displaying a menu screen; a user interface; an inertial sensor for instantaneously sensing a motion of the terminal; and a controller for displaying the menu screen on the display in response to a first input sensed by the user interface, and shifting a focus on the menu screen displayed on the display in a direction corresponding to the motion of the terminal sensed by the inertial sensor, wherein the controller is adapted to: display a lower menu of the menu item where the focus is currently located if the motion of the terminal sensed by the inertial sensor indicates that the terminal is shaken backward, and display an upper menu of a menu item where the focus is currently located if the motion of the terminal sensed by the inertial sensor indicates that the terminal is shaken forward. display a lower menu of the menu item where the focus is currently located if the motion of the terminal sensed by the inertial sensor indicates that the terminal is shaken backward, and display an upper menu of a menu item where the focus is currently located if the motion of the terminal sensed by the inertial sensor indicates that the terminal is shaken forward.