mhurhangee/ep-ind-claims huggingface dataset:
A refresh charge control device for performing a refresh charge of a battery installed in a vehicle using a power source, characterized by comprising: a high speed travel judging means (16, 24) for judging whether the vehicle is traveling equal to or faster than a predetermined vehicle speed; and a charge control means (12, 16) for performing the refresh charge of the battery when it is judged that the vehicle is traveling equal to or faster than the predetermined speed by the high-speed travel judging means (16, 24), a time judging means for judging whether a condition judged that the vehicle is traveling equal to or faster than the predetermined vehicle speed judged by the high speed travel judging means (16, 24) continues for a predetermined time, wherein the charge control means (12, 16) starts the refresh charge of the battery when it is judged that the condition judged that the vehicle is traveling equal to or faster than the predetermined vehicle speed continues for the predetermined time by the time judging means. a high speed travel judging means (16, 24) for judging whether the vehicle is traveling equal to or faster than a predetermined vehicle speed; and a charge control means (12, 16) for performing the refresh charge of the battery when it is judged that the vehicle is traveling equal to or faster than the predetermined speed by the high-speed travel judging means (16, 24), a time judging means for judging whether a condition judged that the vehicle is traveling equal to or faster than the predetermined vehicle speed judged by the high speed travel judging means (16, 24) continues for a predetermined time,
A computer-implemented method comprising: storing marking data to specify at least one selected marking to apply at a target location, the marking data including a machine-readable description of the selected marking and a marking reference coordinate frame for the selected marking, the marking data also including a pose of the marking reference coordinate frame with respect to the target location, and the selected marking being selected from a plurality of available markings; generating task plan data describing a process executable by the application tool to apply the selected marking based on the marking data and at least one parameter of an application tool; determining a pose of the application tool 6 7 based on location data representing a current pose of a vehicle carrying the application tool; and computing a joint-space trajectory for the application tool to enable the application tool to apply the selected marking at the target location based on the task plan data and the determined pose of the application tool. storing marking data to specify at least one selected marking to apply at a target location, the marking data including a machine-readable description of the selected marking and a marking reference coordinate frame for the selected marking, the marking data also including a pose of the marking reference coordinate frame with respect to the target location, and the selected marking being selected from a plurality of available markings; generating task plan data describing a process executable by the application tool to apply the selected marking based on the marking data and at least one parameter of an application tool; determining a pose of the application tool 6 7 based on location data representing a current pose of a vehicle carrying the application tool; and computing a joint-space trajectory for the application tool to enable the application tool to apply the selected marking at the target location based on the task plan data and the determined pose of the application tool.
A binding reagent capable of specifically binding to the chemokine receptor, CCR7, for use in the treatment of cancer, wherein the binding reagent is immobilized on a solid support contained within an apheresis column, to which is applied peripheral blood from a patient thus removing CCR7 expressing cells from the peripheral blood of the patient, wherein the binding reagent is a chemokine is selected from CCL19 or CCL21.
A dynamic air separator for separating materials made up of particles of different sizes into particle-size fractions, said separator comprising a rotary cage above which the material to be treated is supplied and a fine particle recovery chamber arranged coaxially in the extension of the rotary cage, characterized in that: - said separator comprises a fan wheel positioned coaxially to the fine particle recovery chamber; - said fan wheel is located at the end of a purified air outlet duct coming from the fine particle recovery chamber so as to suck in, in use, that air and send it toward an air distribution chamber around the rotary cage. - said separator comprises a fan wheel positioned coaxially to the fine particle recovery chamber; - said fan wheel is located at the end of a purified air outlet duct coming from the fine particle recovery chamber so as to suck in, in use, that air and send it toward an air distribution chamber around the rotary cage.
A run-flat tire having a sidewall support, the sidewall support manufactured from a rubber composition that is based upon a cross-linkable elastomer composition, the cross-linkable elastomer composition comprising, per 100 parts by weight of rubber (phr): a tin end-functionalized polybutadiene rubber; a second rubber component; a first carbon black, the first carbon black being a low-surface area, high-structure carbon black having a nitrogen surface area of between 15 m 2 /g and 25 m 2 /g and a COAN of between 65 ml/100 g and 85 ml/100 g; and a second carbon black, the second carbon black being a low-surface area carbon black having a nitrogen surface area of between 0 m 2 /g and 11 m 2 /g, wherein a total loading of the first and second carbon blacks is between 70 phr and 120 phr and wherein the first carbon black is between 20 wt.% and 90 wt.% of the total loading, the nitrogen surface area being determined with the standard ASTM Standard D6556, and the COAN being determined with the standard ASTM Standard D3493, wherein the first carbon black is included in an amount to provide a modulus of elongation at 10 % measured at 23 °C, as determined with the standard ASTM D412, of between 7.5 MPa and 10.5 MPa, a tin end-functionalized polybutadiene rubber; a second rubber component; a first carbon black, the first carbon black being a low-surface area, high-structure carbon black having a nitrogen surface area of between 15 m 2 /g and 25 m 2 /g and a COAN of between 65 ml/100 g and 85 ml/100 g; and a second carbon black, the second carbon black being a low-surface area carbon black having a nitrogen surface area of between 0 m 2 /g and 11 m 2 /g, wherein a total loading of the first and second carbon blacks is between 70 phr and 120 phr and wherein the first carbon black is between 20 wt.% and 90 wt.% of the total loading,
An accelerator device which is adapted to output a signal based on a rotation angle of a repeatedly-rotatable grip, comprising: a rotary body which can rotate with rotation of the grip; a magnet which can rotate with rotation of the rotary body; rotation angle detecting means which can detect a rotation angle of the grip based on magnetic field variation due to rotation of the magnet; and urging means which can return the grip to an original point position by urging the rotary body, characterized in that the magnet is disposed to one side face of the rotary body and the urging means is disposed to the other side face of the rotary body. a rotary body which can rotate with rotation of the grip; a magnet which can rotate with rotation of the rotary body; rotation angle detecting means which can detect a rotation angle of the grip based on magnetic field variation due to rotation of the magnet; and urging means which can return the grip to an original point position by urging the rotary body, characterized in that
An anti-epidermal growth factor receptor (EGFR) antibody, composed of a heavy chain and a light chain, wherein the heavy chain is formed by the combination of the heavy chain variable region defined by amino acids 1-145 of SEQ ID NO:3 and the heavy chain constant region of human IgG1; and the amino acid sequence of the light chain is defined by SEQ ID NO:1.
A method, comprising: obtaining, by a terminal, indication information from a base station; and determining, by the terminal, maximum number of multi-input multi-output (MIMO) layers according to the indication information and band combination of the terminal, wherein the band combination is an information element signaled by the terminal to the base station as part of the access capability, wherein the band combination is a combination of frequency bands which indicates the MIMO capability of the terminal in different frequency bands and the MIMO capability is a maximum number of supported MIMO layers of the terminal; wherein if the band combination comprises at least two times the same band, determining, by the terminal, the maximum number of the MIMO layers according to the indication information and according to a maximum value of the maximum numbers of supported MIMO layers that are indicated by the frequency band. obtaining, by a terminal, indication information from a base station; and determining, by the terminal, maximum number of multi-input multi-output (MIMO) layers according to the indication information and band combination of the terminal, wherein the band combination is an information element signaled by the terminal to the base station as part of the access capability, wherein the band combination is a combination of frequency bands which indicates the MIMO capability of the terminal in different frequency bands and the MIMO capability is a maximum number of supported MIMO layers of the terminal; wherein if the band combination comprises at least two times the same band, determining, by the terminal, the maximum number of the MIMO layers according to the indication information and according to a maximum value of the maximum numbers of supported MIMO layers that are indicated by the frequency band.
A drive train for an agricultural utility vehicle (1, 2), with a propulsion engine and a power shift transmission with at least two group shift stages each being associated with a plurality of power shift stages which can be engaged or disengaged by means of a selectable startup element wherein, when the drive train is interrupted by means of the startup element, provision of a start-up gear only occurs when the vehicle (1, 2) is at a standstill, wherein an electronic gear shift device is provided in order to control the power shift transmission, wherein at least two selectable startup gears are modifiably stored in the gear shift device, characterized in that the at least two selectable startup gears can be selected by actuating exactly one preselection means, wherein a control device is provided by means of which the startup gears stored in the gear shift device can be manipulated, wherein the control device comprises an input/output unit which serves at least to display the respective startup gear selected following interruption of the drive train and in that the preselection means the actuation of which serves to select the startup gear is selected or modified by an operative via the input/output unit.
An electronic device comprising: a bottom frame, a circuit board mounted above the bottom frame, a thermal pad mounted on the circuit board, a heat sink associated with the thermal pad, and a hold down having a frame that defines a perimeter having a plurality of retainers that are configured to engage with a plurality of mating locations defined on at least the bottom frame, to provide a biasing force that retains the heat sink against the circuit board that is positioned between the bottom frame and the hold down, wherein the heat sink includes a planar portion having grooves surrounding a central depression portion and the hold down secures the thermal pad of the circuit board between the central depression portion of the heat sink and the circuit board; wherein the frame comprises a plurality of wires that are received by the grooves and cross each other. a bottom frame, a circuit board mounted above the bottom frame, a thermal pad mounted on the circuit board, a heat sink associated with the thermal pad, and a hold down having a frame that defines a perimeter having a plurality of retainers that are configured to engage with a plurality of mating locations defined on at least the bottom frame, to provide a biasing force that retains the heat sink against the circuit board that is positioned between the bottom frame and the hold down, wherein the heat sink includes a planar portion having grooves surrounding a central depression portion and the hold down secures the thermal pad of the circuit board between the central depression portion of the heat sink and the circuit board; wherein the frame comprises a plurality of wires that are received by the grooves and cross each other.
A medical apparatus for performing ablation, comprising: a probe configured for insertion into a body of a patient and comprising three or more electrodes arrayed along a distal portion of the probe and configured to contact tissue within the body; an electrical signal generator configured to apply, between a selected pair of the electrodes, signals having an amplitude sufficient to ablate the tissue contacted by the pair of the electrodes; and a controller, which is configured to measure an electrical current flowing through at least one of the electrodes not included in the selected pair while applying the signals, and to issue a notification indicating that the tissue was inadequately ablated if the measured electrical current exceeds a preset threshold. a probe configured for insertion into a body of a patient and comprising three or more electrodes arrayed along a distal portion of the probe and configured to contact tissue within the body; an electrical signal generator configured to apply, between a selected pair of the electrodes, signals having an amplitude sufficient to ablate the tissue contacted by the pair of the electrodes; and a controller, which is configured to measure an electrical current flowing through at least one of the electrodes not included in the selected pair while applying the signals, and to issue a notification indicating that the tissue was inadequately ablated if the measured electrical current exceeds a preset threshold.
Device for stopping the lateral displacement of a bicycle chain, said device comprises a mounting element configured to be mounted on a bicycle frame, said mounting element comprising: - a first portion configured to be coupled, at a first coupling axis, with a front derailleur (50, 60) of a bicycle, and characterized in that it comprises - a second portion configured to be coupled, at a second coupling axis distinct from said first coupling axis, with a stop element provided for stopping the lateral displacement of said chain. - a first portion configured to be coupled, at a first coupling axis, with a front derailleur (50, 60) of a bicycle, and characterized in that it comprises - a second portion configured to be coupled, at a second coupling axis distinct from said first coupling axis, with a stop element provided for stopping the lateral displacement of said chain.
A hydraulically adjustable pulley (3; 4) for a continuously variable transmission with two pulleys (3, 4) and a drive belt, which pulley (3; 4) is provided with two pulley discs (12, 13) on a pulley shaft, whereof at least one pulley disc is moveable on the pulley shaft, whereto the pulley (3; 4) is provided with a piston/cylinder-assembly (15, 16) comprising a cylinder chamber, which cylinder chamber is, or at least can be, connected to an external channel of the transmission through an internal channel (20; 25) of the pulley shaft, which pulley (3; 4) is further provided with a pulley valve arranged between the cylinder chamber and the external channel for selectively hydraulically connecting or hydraulically disconnecting these, which pulley valve comprises a valve casing, a piston plug, a plug seat circumscribing a flow opening and a plunger, which plunger is moveable relative to the plug seat such that it can either extend through the flow opening to push the piston plug away from the plug seat or can be retracted therefrom to allow the piston plug to rest on the plug seat, characterized in that the pulley valve further comprises a valve piston that is moveable relative to the valve casing, that is provided with the plug seat and the flow opening and that defines a piston chamber wherein the piston plug is contained, and in that the valve casing is provided with an abutment edge that limits a movement of the valve piston in the valve casing.
Vacuum cleaner, comprising a handle for steering a suction attachment fitted to the floor-facing end of the suction tube, and comprising a control device, arranged in the vacuum cleaner, which comprises an automatic suction power regulator having switching means and control means and is designed for adjusting the output of the fan motor, a push-button switch or sliding controller and a radio module being arranged in or on the handle, and in that the push-button switch or sliding controller is connected to the control device in the vacuum cleaner by radio via the radio module, it being possible to request a brief increase in the fan output relative to the default power by actuating the push-button switch or sliding controller, characterised in that a pressure sensor that is connected to the control device is arranged in the negative pressure region upstream of the fan motor, and the control device is designed for suppressing adjustment to the increased output on the basis of a negative pressure already detected by the pressure sensor.
A method for in-line blending of gasoline and butane comprising: a) providing a continuously flowing gasoline stream that comprises: i) a plurality of batches of different gasoline types; ii) a gasoline flow rate that varies over time; and iii) a plurality of gasoline vapor pressures; b) providing an allowable vapor pressure; c) providing a butane stream that comprises a butane vapor pressure; d) periodically determining said gasoline vapor pressure; e) periodically determining said gasoline flow rate; f) calculating a blend ratio based upon said butane vapor pressure, said gasoline vapor pressure, and said allowable vapor pressure; and g) blending said butane stream and said gasoline stream at a blending unit at said blend ratio to provide a blended gasoline stream having a blended vapor pressure less than or equal to said allowable vapor pressure, and wherein the vapor pressure of the gasoline is determined downstream of the blending unit. a) providing a continuously flowing gasoline stream that comprises: i) a plurality of batches of different gasoline types; ii) a gasoline flow rate that varies over time; and iii) a plurality of gasoline vapor pressures; i) a plurality of batches of different gasoline types; ii) a gasoline flow rate that varies over time; and iii) a plurality of gasoline vapor pressures; b) providing an allowable vapor pressure; c) providing a butane stream that comprises a butane vapor pressure; d) periodically determining said gasoline vapor pressure; e) periodically determining said gasoline flow rate; f) calculating a blend ratio based upon said butane vapor pressure, said gasoline vapor pressure, and said allowable vapor pressure; and g) blending said butane stream and said gasoline stream at a blending unit at said blend ratio to provide a blended gasoline stream having a blended vapor pressure less than or equal to said allowable vapor pressure, and
A hold offloading system comprising: a holding space for containing a soil and liquid; an outlet with a valve for offloading the soil and liquid from the holding space; characterised in that the hold offloading system further comprises an obstacle (24; 30) positioned near the outlet, wherein the obstacle (24; 30) is positioned and shaped to create a plurality of flow paths leading to the outlet, said plurality of flow paths increasing the breaching surfaces for offloading, and wherein the obstacle is suspended from a top or is supported from a floor of the holding space. a holding space for containing a soil and liquid; an outlet with a valve for offloading the soil and liquid from the holding space; characterised in that the hold offloading system further comprises an obstacle (24; 30) positioned near the outlet, wherein the obstacle (24; 30) is positioned and shaped to create a plurality of flow paths leading to the outlet, said plurality of flow paths increasing the breaching surfaces for offloading, and wherein the obstacle is suspended from a top or is supported from a floor of the holding space.
A MEMS device structure, comprising: a MEMS device layer, including a MEMS device and one or more MEMS device layer electrodes; a cap layer positioned on the MEMS device layer, the cap layer covering the MEMS device and the one or.more MEMS device layer electrodes, the cap layer including at least one cap layer electrode; an electrical via encased in the cap layer, the electrical via extending across a lateral distance from the cap layer electrode to the one or more MEMS device layer electrodes and electrically connecting the cap layer electrode to the one or more MEMS device layer electrodes; an isolating layer positioned around the electrical via electrically isolating the electrical via from the cap layer; a handle layer positioned adjacent to the MEMS device layer opposite the cap layer; and one or more electrode anchors extending from each of the one or more MEMS device layer electrodes anchoring the one or more MEMS device layer electrodes in the handle layer. a MEMS device layer, including a MEMS device and one or more MEMS device layer electrodes; a cap layer positioned on the MEMS device layer, the cap layer covering the MEMS device and the one or.more MEMS device layer electrodes, the cap layer including at least one cap layer electrode; an electrical via encased in the cap layer, the electrical via extending across a lateral distance from the cap layer electrode to the one or more MEMS device layer electrodes and electrically connecting the cap layer electrode to the one or more MEMS device layer electrodes; an isolating layer positioned around the electrical via electrically isolating the electrical via from the cap layer; a handle layer positioned adjacent to the MEMS device layer opposite the cap layer; and one or more electrode anchors extending from each of the one or more MEMS device layer electrodes anchoring the one or more MEMS device layer electrodes in the handle layer.