mhurhangee/ep-ind-claims huggingface dataset:
Machine for harvesting stalk-like plants, having one or more mowing and draw-in means arranged laterally beside one another, which each comprise a lower cutting disc for cutting off plant stalks from stubble remaining in the ground and conveying elements arranged above one another above the cutting disc and having cut-outs distributed over their circumference for picking up and conveying the plant stalks, an impact body (48, 48') that can be set rotating and has a blunt leading surface being arranged below the cutting disc, and the leading surface of the impact body (48, 48') being convexly rounded in the axial direction and/or in the circumferential direction of the cutting disc, characterized in that the impact body (48, 48') is fitted to the outer circumference of a ring which extends coaxially with respect to the axis of rotation of the cutting disc that can be set rotating by a drive and which is connected to a flange to which segments of the cutting disc are fixed.
A cartridge for an electronic vaping device comprising: an outer housing extending in a longitudinal direction; a reservoir configured to contain a pre-vapor formulation, the reservoir in the outer housing, the reservoir having a first reservoir end and a second reservoir end; a seal at the first reservoir end; a transfer pad at the second reservoir end, the transfer pad including a plurality of fibers, each of the plurality of fibers being substantially parallel to the longitudinal direction; and a wick in contact with the transfer pad. an outer housing extending in a longitudinal direction; a reservoir configured to contain a pre-vapor formulation, the reservoir in the outer housing, the reservoir having a first reservoir end and a second reservoir end; a seal at the first reservoir end; a transfer pad at the second reservoir end, the transfer pad including a plurality of fibers, each of the plurality of fibers being substantially parallel to the longitudinal direction; and a wick in contact with the transfer pad.
Elevator system (100b-100e) with at least one common pair of guide rails (7e-7h) for guide shoes (23, 23', 23a-23f, 23a'-23f') of an elevator car (2b-2e), running along the common pair of guide rails (7e-7h), and for guiding elements (26a-26c, 26a'-26c', 31a-31c, 31a'-31c', 34a-34c, 34a'-34c', 39a, 39h, 39a'-39h') of a counterweight (4b-4e), running along the same pair of guide rails (7e-7h), wherein the guide shoes (23,, 23', 23a-23f, 23a'-23f') of the elevator car (2b-2e) follows a straight trajectory, characterised in that, the guiding elements (26a-26c, 26a'-26c', 31a-31c, 31a'-31c', 34a-34c, 34a'-34c', 39a, 39h, 39a'-39h') of the counterweight (4b-4e) are deflectable by at least one deflecting element (29, 29', 29a-29d, 29a'-29d', 29e', 29f') within a crossing region (CR, CR 1 -CR 3) for the elevator car (2b-2e) and the counterweight (4b-4e).
An electrosurgical generator, comprising: a DC-DC buck converter configured to output a DC waveform, the DC-DC buck converter including at least one first switching element operated at a first duty cycle; a DC-AC boost converter coupled to the DC-DC buck converter and including at least one second switching element operated at a second duty cycle, the DC-AC boost converter configured to convert the DC waveform to generate at least one electrosurgical waveform; and a controller coupled to the DC-DC buck converter and the DC-AC boost converter and configured to adjust the first duty cycle and the second duty cycle to operate the at least one electrosurgical waveform in at least one of constant current, constant voltage, or constant power modes, characterized in that the controller is configured to adjust the first duty cycle and or second duty cycle to control power of the at least one electrosurgical waveform, and wherein the controller is configured to adjust the second duty cycle to control a crest factor of the at least one electrosurgical waveform independently of the first duty cycle. a DC-DC buck converter configured to output a DC waveform, the DC-DC buck converter including at least one first switching element operated at a first duty cycle; a DC-AC boost converter coupled to the DC-DC buck converter and including at least one second switching element operated at a second duty cycle, the DC-AC boost converter configured to convert the DC waveform to generate at least one electrosurgical waveform; and a controller coupled to the DC-DC buck converter and the DC-AC boost converter and configured to adjust the first duty cycle and the second duty cycle to operate the at least one electrosurgical waveform in at least one of constant current, constant voltage, or constant power modes, characterized in that the controller is configured to adjust the first duty cycle and or second duty cycle to control power of the at least one electrosurgical waveform, and wherein the controller is configured to adjust the second duty cycle to control a crest factor of the at least one electrosurgical waveform independently of the first duty cycle.
A method in a Network Reporting Entity, NRE, for use in a wireless communication network for enabling controlling data transfer between a first user equipment, UE, and a network cache, the NRE being adapted to communicate with a Network Conditions Information Entity, NCIE, the method comprising: - receiving (110a, 110b), from the first UE, a request to start reporting network status, - transmitting (140a,140b), to the first UE, information regarding the status of the network, the information pertaining to whether network condition is in a state where a data transfer is preferred or not, wherein the NRE obtains the information regarding the status of the network from the NCIE, thereby enabling the first UE to determine whether to initiate data transfer between the UE and the network cache based on said transmitted information and control the data transfer between the UE and the network cache, further comprising: - receiving, from the first UE, a request to stop reporting network status in relation to the cell in which the first UE is being served, - checking if the NRE is currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE; and if the NRE is not currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE, then requesting the NCIE entity to stop reporting network status. - receiving (110a, 110b), from the first UE, a request to start reporting network status, - transmitting (140a,140b), to the first UE, information regarding the status of the network, the information pertaining to whether network condition is in a state where a data transfer is preferred or not, wherein the NRE obtains the information regarding the status of the network from the NCIE, thereby enabling the first UE to determine whether to initiate data transfer between the UE and the network cache based on said transmitted information and control the data transfer between the UE and the network cache, further comprising: - receiving, from the first UE, a request to stop reporting network status in relation to the cell in which the first UE is being served, - checking if the NRE is currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE; and if the NRE is not currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE, then requesting the NCIE entity to stop reporting network status. - receiving, from the first UE, a request to stop reporting network status in relation to the cell in which the first UE is being served, - checking if the NRE is currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE; and if the NRE is not currently transmitting information regarding the status of the network to any further UE being served by the same cell as said first UE, then requesting the NCIE entity to stop reporting network status.
A medical device for engaging tissue, the medical device comprising: a housing defining an internal passageway and a longitudinal axis extending between proximal and distal ends of the housing; a first jaw rotatable relative to the housing, the first jaw having proximal and distal ends (60, 64); a second jaw rotatable relative to the housing, the second jaw having proximal and distal ends (62, 66); a driver engaged with the proximal ends (64, 66) of the first and second jaws (44, 46), longitudinal movement of the driver rotating the first and second jaws (44, 46) relative to the housing, an elongated drive wire selectively connected to the driver for longitudinal movement therewith, characterized in that the driver includes two locking tabs (52, 52) forming a socket facing proximally, the driver constructed of a material that plastically deforms to adjust the size of the socket; the drive wire has an enlarged portion proximate a distal end of the drive wire, the socket receiving the enlarged portion of the drive wire; the housing includes a guide surface guiding longitudinal movement of the driver; and the guide surface includes a proximal portion and a distal portion, the proximal portion having a width greater than the distal portion, wherein, when the driver is located within the distal portion, the locking tabs (52, 52) are forced radially inwardly into firm frictional engagement with the drive wire. a housing defining an internal passageway and a longitudinal axis extending between proximal and distal ends of the housing; a first jaw rotatable relative to the housing, the first jaw having proximal and distal ends (60, 64); a second jaw rotatable relative to the housing, the second jaw having proximal and distal ends (62, 66); a driver engaged with the proximal ends (64, 66) of the first and second jaws (44, 46), longitudinal movement of the driver rotating the first and second jaws (44, 46) relative to the housing, an elongated drive wire selectively connected to the driver for longitudinal movement therewith, characterized in that the driver includes two locking tabs (52, 52) forming a socket facing proximally, the driver constructed of a material that plastically deforms to adjust the size of the socket; the drive wire has an enlarged portion proximate a distal end of the drive wire, the socket receiving the enlarged portion of the drive wire; the housing includes a guide surface guiding longitudinal movement of the driver; and the guide surface includes a proximal portion and a distal portion, the proximal portion having a width greater than the distal portion, wherein, when the driver is located within the distal portion, the locking tabs (52, 52) are forced radially inwardly into firm frictional engagement with the drive wire.
A single mode high power fiber laser system configured to operate in a CW regime comprising: - a pump having an oscillator configuration configured with a single mode seed Er-based fiber laser which is coupled to at least one fiber amplifier radiating a pump light and provided with an active fiber with a multimode core which is doped with ions of rare-earth elements selected from the group consisting of Er and ytterbium/erbium and - a fiber laser having a core doped with Tm ions, the Tm fiber laser receiving the pump light and radiating a system output at a wavelength of about 2 micron. - a pump having an oscillator configuration configured with a single mode seed Er-based fiber laser which is coupled to at least one fiber amplifier radiating a pump light and provided with an active fiber with a multimode core which is doped with ions of rare-earth elements selected from the group consisting of Er and ytterbium/erbium and - a fiber laser having a core doped with Tm ions, the Tm fiber laser receiving the pump light and radiating a system output at a wavelength of about 2 micron.
An injectable composition comprising toltrazuril and an iron complex, wherein said composition is an aqueous suspension containing one or more surfactant(s) having an HLB comprised between 1 and 8 and selected from sorbitan monooleate, propylene glycol monolaurate, and simethicone emulsion.
A user interface method in a user terminal supporting a handwriting-based memo function, the method comprising: displaying a plurality of notes stored in the user terminal, upon a user request; displaying, upon a user selection of a note from the plurality of notes, stored information about the selected note on the screen which includes content of the note, a command executed regarding the content of the note and additional information input on the executed function menu corresponding to the command; recognizing a whole or part of the displayed stored information which is selected by a first input form inputted by a user, as note contents to be processed; recognizing a second part of displayed content on the screen which is selected by a second input form, which is subsequent to the first input form, inputted by a user, as a command requesting execution of a second function menu, wherein the selected second part of the displayed content is an additional note content written on the screen by the memo function after the stored information is displayed on the screen; and processing the selected whole or part of the displayed stored information according to the command requesting execution of the second function menu; wherein the second input form is different from the first input form. displaying a plurality of notes stored in the user terminal, upon a user request; displaying, upon a user selection of a note from the plurality of notes, stored information about the selected note on the screen which includes content of the note, a command executed regarding the content of the note and additional information input on the executed function menu corresponding to the command; recognizing a whole or part of the displayed stored information which is selected by a first input form inputted by a user, as note contents to be processed; recognizing a second part of displayed content on the screen which is selected by a second input form, which is subsequent to the first input form, inputted by a user, as a command requesting execution of a second function menu, wherein the selected second part of the displayed content is an additional note content written on the screen by the memo function after the stored information is displayed on the screen; and processing the selected whole or part of the displayed stored information according to the command requesting execution of the second function menu; wherein the second input form is different from the first input form.
An electrically-driven vehicle comprising: a battery; a battery current sensor configured to detect a current; an induction motor connected to the battery and driving wheels of the vehicle; a synchronous motor connected to the battery that is connected to the induction motor and driving the wheels of the vehicle; an inverter connected to the synchronous motor; and at least one electronic control unit, characterized in that the electronic control unit being configured to change a slip frequency command of the induction motor based on a predetermined frequency of a current fluctuation that is produced by the synchronous motor and the inverter when a temperature of the battery is low such that an amplitude of the current fluctuation increases, the current fluctuation being any one of current fluctuation of a battery current and current fluctuation of a battery-related current, the predetermined frequency being a frequency of which an amplitude is a maximum in frequency components of the current fluctuation. a battery; a battery current sensor configured to detect a current; an induction motor connected to the battery and driving wheels of the vehicle; a synchronous motor connected to the battery that is connected to the induction motor and driving the wheels of the vehicle; an inverter connected to the synchronous motor; and at least one electronic control unit,
A video encoding method using inter-frame prediction with motion compensation of fractional-accuracy, the method comprising: a step of acquiring encoding information for each of blocks of an encoding target picture, each block being a unit of encoding or prediction; a step of performing a region classification on a block-by-block basis based on the acquired encoding information and outputting divided region information which is region classification information indicating one of two regions to which each block belongs; a step of determining an interpolation method of a fractional-accuracy pixel; a step of performing interpolation of the fractional-accuracy pixel on a reference picture for each of the divided regions to generate an interpolated reference picture, using the interpolation method determined by the preceding step; a step (S108, S110) of encoding the encoding target picture using inter-frame prediction with motion compensation of fractional-accuracy for the interpolated reference picture; and a step of encoding information on the region classification, the method characterized by comprising a step of performing a divided region redefinition process in which a region dividing line in a horizontal direction, or a region dividing line in a vertical direction defines regions divided by the region dividing line and is shifted based on the divided region information, a target region being a region defined by the region classification information and having a smaller total number of blocks, so that a density of blocks, the density of blocks being the number of blocks of one of the regions divided by the region dividing line and belonging to the target region divided by the total number of blocks included in said one of the regions divided by the region dividing line, is greater than or equal to a predetermined threshold value and outputting redefined divided region information, wherein the step of determining the interpolation method determines the interpolation method for each of regions that are divided in accordance with the redefined divided region information. a step of acquiring encoding information for each of blocks of an encoding target picture, each block being a unit of encoding or prediction; a step of performing a region classification on a block-by-block basis based on the acquired encoding information and outputting divided region information which is region classification information indicating one of two regions to which each block belongs; a step of determining an interpolation method of a fractional-accuracy pixel; a step of performing interpolation of the fractional-accuracy pixel on a reference picture for each of the divided regions to generate an interpolated reference picture, using the interpolation method determined by the preceding step; a step (S108, S110) of encoding the encoding target picture using inter-frame prediction with motion compensation of fractional-accuracy for the interpolated reference picture; and a step of encoding information on the region classification,
Surface heating element, adapted for use in buildings comprising - an open-pored, diffusion-open textile surface structure with a mass fraction of at least 70 wt. % mineral fibres, - a heating area (2.4) on an upper side (2.1) or a lower side (2.2) of the textile surface structure, wherein the heating area (2.4) corresponds to the surface of the upper and/or lower side (2.1, 2.2) of the textile surface structure, - at least one heating conductor configured as a foil, wherein the foil consists of an aluminium alloy with a mass fraction of aluminium of at least 98 wt. %, and - a firmly bonded connection by means of an adhesive between the at least one heating conductor and the heating area (2.4) of the textile surface structure, wherein the at least one heating conductor covers between 70 - 95% of the heating area (2.4). - an open-pored, diffusion-open textile surface structure with a mass fraction of at least 70 wt. % mineral fibres, - a heating area (2.4) on an upper side (2.1) or a lower side (2.2) of the textile surface structure, wherein the heating area (2.4) corresponds to the surface of the upper and/or lower side (2.1, 2.2) of the textile surface structure, - at least one heating conductor configured as a foil, wherein the foil consists of an aluminium alloy with a mass fraction of aluminium of at least 98 wt. %, and - a firmly bonded connection by means of an adhesive between the at least one heating conductor and the heating area (2.4) of the textile surface structure, wherein the at least one heating conductor covers between 70 - 95% of the heating area (2.4).
Height rescue apparatus having a fall arrest function and a lowering function, the apparatus comprising a housing, a bracket being secured relative to the housing and being for attachment in use to a harness, a load element releasably secured in a first position to the bracket, a safety line having one end attached to the load element, the other end of the safety line in use being attached to a secure anchorage, a flexible elongate element organised within said housing and being secured at one end to the load element and at the other end to at least one speed control means which is attached to the housing, release means for releasing the load element from said first position, such that when the load element is released the bracket is able to move relative to the load element at a controllable speed so as to provide a controlled speed of descent.
Heat transport assembly comprising a first part and a second part both parts being a plastic part, and having a first surface area on the first part in heat conductive contact with a second surface area on the second part, wherein the first part or the second part is a heat generating device and the other part is a heat dissipating device, and the first surface area and the second surface area consist of a surface material having a heat conductivity of at least 50 W/m·K, characterized in that the plastic parts consist of a thermally conductive plastic composition having a thermal conductivity in the range 1.0 - 30 W/m·K and comprising 30-90 wt% of a polymer and 10-70 wt% of a thermally conductive material, wherein the wt% are relative to the total weight of the plastic composition.
Mesh network comprising multiple communication devices adapted to communicate in the mesh network according to a predetermined protocol, wherein, in any given time period, only a single one of the multiple communication devices adopts a coordinator role in the mesh network for governing a commissioning procedure to join a new communication device in the mesh network, characterized in that the mesh network is configured to rotate the coordinator role among at least a selected number of the multiple communication devices so that each of the selected number of communication devices can adopt the coordinator role for a given time period and the new communication device is located inside a limited hop-range of one of the selected communication devices which adopts the coordinator role during at least one of the given time periods.