mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a hydraulic transmission of a work or agricultural vehicle (VHE) comprising a prime mover (E) configured to drive in rotation a hydraulic pump (HP) configured to supply exclusively a hydraulic motor (HM) operatively connected to at least one vehicle wheel (W), the hydraulic pump being provided of a controllable variable displacement, the method is characaterized in that it comprises circa vertical increasing (C) of a control signal of the pump displacement, plot as a function of the prime mover rotation speed (S), at reaching of a predetermined prime mover rotation speed (S), when the vehicle is in stand still conditions (C2), wherein the control signal and the pump displacement are directly proportional between each other.
A towed agricultural working machine , preferably a soil-cultivation and/or sowing machine, with a central frame having a drawbar , which central frame is assigned, preferably in the rear region, a chassis with rotating running wheels which are supported on the ground, and which drawbar is configured such that the working machine is connectable in a supporting manner to a towing machine by way of a supporting force (FA), wherein an auxiliary running gear is arranged in the region of the drawbar or, preferably, in the front region of the central frame , wherein the auxiliary running gear is mounted resiliently and/or so as to be height-adjustable in relation to the drawbar and/or the central frame and is configured to influence a supporting force (FA), characterized in that - the auxiliary running gear is an auxiliary running gear which is supported on the ground together with the running wheels for load transfer of the working machine , and - the auxiliary running gear has a longitudinal extent which is equal to or smaller than that of the chassis , and preferably the longitudinal extent of the auxiliary running gear and the longitudinal extent of the chassis are at most 3 metres. - the auxiliary running gear is an auxiliary running gear which is supported on the ground together with the running wheels for load transfer of the working machine , and - the auxiliary running gear has a longitudinal extent which is equal to or smaller than that of the chassis , and preferably the longitudinal extent of the auxiliary running gear and the longitudinal extent of the chassis are at most 3 metres.
Filter device for the separation of impurities from a gas, - whereby the filter device includes a filter housing consisting of a lid and a pot , - whereby a filter element is installed in the pot , which filter element consists of a top cap and a bottom cap with a filter cartridge in between, - whereby the lid is provided with an inlet for gas to be purified and an outlet for purified gas, - whereby the top cap is provided with an inlet duct that will lead gas to be purified to the filter cartridge , whereby, when the pot 4 is mounted on the lid 3, an entrance of the inlet duct connects to the inlet of the lid and between the lid and the top cap is a space that is connected to the outlet of the lid , characterised in that the filter device is provided with on the one hand positioning means configured to position the top cap in relation to the lid when mounting the pot on the lid , and on the other hand with pressure means configured to press the entrance of the inlet duct against the inlet of the lid after mounting the pot on the lid , whereby the positioning means and the pressure means are designed in such a way that the positioning means come into action earlier than the pressure means during the the mounting of the pot on the lid . - whereby the filter device includes a filter housing consisting of a lid and a pot , - whereby a filter element is installed in the pot , which filter element consists of a top cap and a bottom cap with a filter cartridge in between, - whereby the lid is provided with an inlet for gas to be purified and an outlet for purified gas, - whereby the top cap is provided with an inlet duct that will lead gas to be purified to the filter cartridge , whereby, when the pot 4 is mounted on the lid 3, an entrance of the inlet duct connects to the inlet of the lid and between the lid and the top cap is a space that is connected to the outlet of the lid , characterised in that the filter device is provided with on the one hand positioning means configured to position the top cap in relation to the lid when mounting the pot on the lid , and on the other hand with pressure means configured to press the entrance of the inlet duct against the inlet of the lid after mounting the pot on the lid , whereby the positioning means and the pressure means are designed in such a way that the positioning means come into action earlier than the pressure means during the the mounting of the pot on the lid . characterised in that the filter device is provided with on the one hand positioning means configured to position the top cap in relation to the lid when mounting the pot on the lid , and on the other hand with pressure means configured to press the entrance of the inlet duct against the inlet of the lid after mounting the pot on the lid , whereby the positioning means and the pressure means are designed in such a way that the positioning means come into action earlier than the pressure means during the the mounting of the pot on the lid .
Method for testing a rotor blade component of a rotor blade for a wind power installation , comprising: - dividing a rotor blade component of a rotor blade for a wind power installation into two, three or more rotor blade component segments (350, 450, 350', 450`), - forming cutouts in a connection interface at a connection end of one of the rotor blade component segments (350, 450, 350', 450`) - testing the rotor blade component segment (350, 450, 350', 450`) at a test stand, - wherein spacers are arranged on a face surface of the connection interface in the region of openings of the cutouts , and/or - a filler compound is applied and/or arranged on a face surface of the connection interface in the region of openings of the cutouts , in particular to compensate unevennesses, characterized in that - planar surfaces are produced on a face surface of the connection interface in the region of openings of the cutouts (211, 311, 411, 611a, 611b, 311', 411`), - wherein the planar surfaces lie on two or more different planes, and - wherein the distances of the planar surfaces from a common reference plane are determined and the thicknesses of the spacers and/or the filler compound are adjusted to these measured distances. - dividing a rotor blade component of a rotor blade for a wind power installation into two, three or more rotor blade component segments (350, 450, 350', 450`), - forming cutouts in a connection interface at a connection end of one of the rotor blade component segments (350, 450, 350', 450`) - testing the rotor blade component segment (350, 450, 350', 450`) at a test stand, - wherein spacers are arranged on a face surface of the connection interface in the region of openings of the cutouts , and/or - a filler compound is applied and/or arranged on a face surface of the connection interface in the region of openings of the cutouts , in particular to compensate unevennesses, - planar surfaces are produced on a face surface of the connection interface in the region of openings of the cutouts (211, 311, 411, 611a, 611b, 311', 411`), - wherein the planar surfaces lie on two or more different planes, and - wherein the distances of the planar surfaces from a common reference plane are determined and the thicknesses of the spacers and/or the filler compound are adjusted to these measured distances.
A method for validation of speech commands from an aircraft pilot, comprising: receiving a speech command from the aircraft pilot with a voice communication device, where the voice communication device is part of a cockpit system, wherein the speech command applies to interactive navigation, INAV, layer selection for a navigation display device; decoding the speech command into a computer readable format; checking the decoded speech command against the present aircraft state as indicated by avionic sensors of the aircraft; checking the decoded speech command against an approved pre-condition that is stored in a pre-condition database ; validating the decoded speech command if the decoded speech command is consistent with the present aircraft state; validating the decoded speech command if the decoded speech command is consistent with the approved pre-condition; and updating an input to the cockpit system to execute the speech command from the aircraft pilot if the decoded speech command is validated, wherein, when the interactive navigation, INAV, layer selection relates to a layer selection which is not displayed at a current navigation display device range, the current navigation display device range is reduced such that the layer selection is displayed. receiving a speech command from the aircraft pilot with a voice communication device, where the voice communication device is part of a cockpit system, wherein the speech command applies to interactive navigation, INAV, layer selection for a navigation display device; decoding the speech command into a computer readable format; checking the decoded speech command against the present aircraft state as indicated by avionic sensors of the aircraft; checking the decoded speech command against an approved pre-condition that is stored in a pre-condition database ; validating the decoded speech command if the decoded speech command is consistent with the present aircraft state; validating the decoded speech command if the decoded speech command is consistent with the approved pre-condition; and updating an input to the cockpit system to execute the speech command from the aircraft pilot if the decoded speech command is validated, wherein, when the interactive navigation, INAV, layer selection relates to a layer selection which is not displayed at a current navigation display device range, the current navigation display device range is reduced such that the layer selection is displayed.
A temperature controlled container comprising: a case including a storage space (S1) formed therein; a thermoelectric element ; and a first heat transfer unit between the thermoelectric element and the storage space (S1), the first heat transfer unit including a heat transfer case including an enclosed space (S2) formed therein, the heat transfer case having a larger width than the thermoelectric element in order to include a first portion facing the thermoelectric element and a second portion that does not face the thermoelectric element , characterized in that a phase change material and a plurality of heat transfer bodies are accommodated in the enclosed space (S2) of the heat transfer case , wherein the heat transfer body includes a first body portion in communication with the portion of the heat transfer case facing the thermoelectric element and a second body portion in communication with the portion of the heat transfer case that does not face the thermoelectric element , wherein the first body portion is in communication with the second body portion , wherein the plurality of heat transfer bodies is disposed radially in the enclosed space (S2) with the phase change material filled there-between. a case including a storage space (S1) formed therein; a thermoelectric element ; and a first heat transfer unit between the thermoelectric element and the storage space (S1), the first heat transfer unit including a heat transfer case including an enclosed space (S2) formed therein, the heat transfer case having a larger width than the thermoelectric element in order to include a first portion facing the thermoelectric element and a second portion that does not face the thermoelectric element , characterized in that a phase change material and a plurality of heat transfer bodies are accommodated in the enclosed space (S2) of the heat transfer case , wherein the heat transfer body includes a first body portion in communication with the portion of the heat transfer case facing the thermoelectric element and a second body portion in communication with the portion of the heat transfer case that does not face the thermoelectric element , wherein the first body portion is in communication with the second body portion , wherein the plurality of heat transfer bodies is disposed radially in the enclosed space (S2) with the phase change material filled there-between.
Method for encoderless determination of the rotor position of a synchronously running polyphase machine which is fed via an inverter , wherein active inverter states acting in different space vector directions are used for current control and current increases of the phase currents are detected during these active inverter states, characterized in that the detected current increases are transformed in a calculator unit into a coordinate system fixed to the direction of measurement and further into symmetrical components and at least one of the symmetrical components calculated from these current increases , which rotate at double electrical speed, at single electrical speed and at zero speed, is used to determine the rotor position, wherein at least the symmetrical component operating at zero speed and rotating at double electrical speed is evaluated and the electrical rotor position of the machine determined therefrom.
A method for determining a need to clean a commercial cooking appliance with at least one cooking surface, characterized by the steps: - acquiring at least one image of at least a part of the cooking surface and/or at least part of a cooking product to be cooked or cooked by an optical recognition device during the cooking process, - comparing the acquired image of the part of the cooking surface with a pre-stored reference image of a dirty cooking surface requiring cleaning and/or the acquired image of the cooking product to be cooked or boiled with a pre-stored reference image of the cooking product in a cooking state indicating a need for cleaning of the cooking surface, and - deciding, based on the result of the comparison, whether cleaning is necessary. - acquiring at least one image of at least a part of the cooking surface and/or at least part of a cooking product to be cooked or cooked by an optical recognition device during the cooking process, - comparing the acquired image of the part of the cooking surface with a pre-stored reference image of a dirty cooking surface requiring cleaning and/or the acquired image of the cooking product to be cooked or boiled with a pre-stored reference image of the cooking product in a cooking state indicating a need for cleaning of the cooking surface, and - deciding, based on the result of the comparison, whether cleaning is necessary.
Acoustic pedestrian warning device with active forewarning function for an alternative fuel vehicle, wherein it comprises a main control module , a voice chip module , a power amplifier module and an infrared detection module , wherein the main control module is connected to the voice chip module and the infrared detection module , and the voice chip module is connected to the power amplifier module , wherein the infrared detection module detects whether a person is present in the vicinity of the vehicle and outputs an infrared detection signal, and wherein the main control module receives the infrared detection signal and sends a play command to the voice chip module according to the infrared detection signal, wherein the voice chip module sends an acoustic signal to the power amplifier module , and the power amplifier module drives a loudspeaker for playing the acoustic signal; characterized in that the warning device comprises a road section memory rotary knob which is electrically connected to the main control module , wherein a warning sound can be preset by operating the road section memory rotary knob , for example when driving on a Highway, the corresponding volume can be regulated by rotating the road section memory rotary knob to a certain direction, so that for a later / next passing through of this road section, the main control module causes a sound output with the preset volume if the infrared detection module has detected no pedestrian.
An orthopedic assembly comprising: a tibial prosthesis having a body defining an anterior side and a posterior side , the body further defining a recess in the anterior side of the tibial prosthesis and a plurality of openings extending through the body from the anterior side to the posterior side thereof, at least a first and second opening of the openings being positioned at respective lateral and medial sides of a longitudinal axis of the tibial prosthesis; and a modular insert positioned within the recess of the body such that at least a portion of the modular insert is positioned between the openings of the body, the modular insert being formed separately from the tibial prosthesis and having a porous outer surface to promote tissue ingrowth; and a filamentary fixation device extending through the first and second openings, wherein the filamentary fixation device has a first free end and a second free end , characterised in that the orthopedic assembly is configured so that the first and second free ends extend through the respective first and second openings such that the first and second free ends are positioned at the anterior side of the body. a tibial prosthesis having a body defining an anterior side and a posterior side , the body further defining a recess in the anterior side of the tibial prosthesis and a plurality of openings extending through the body from the anterior side to the posterior side thereof, at least a first and second opening of the openings being positioned at respective lateral and medial sides of a longitudinal axis of the tibial prosthesis; and a modular insert positioned within the recess of the body such that at least a portion of the modular insert is positioned between the openings of the body, the modular insert being formed separately from the tibial prosthesis and having a porous outer surface to promote tissue ingrowth; and a filamentary fixation device extending through the first and second openings, wherein the filamentary fixation device has a first free end and a second free end , characterised in that the orthopedic assembly is configured so that the first and second free ends extend through the respective first and second openings such that the first and second free ends are positioned at the anterior side of the body.
Method of segmentation of a thickness of the myocardium derived from a three-dimensional image for the generation of a model of a myocardial wall in order to detect at least one singular electrical circulation, characterised in that it comprises: • a recording (ACQ) of a three-dimensional image of a wall of the myocardium, said wall delimiting at least one cavity of the heart; • a segmenting (SEG_1) of a continuous part of the wall into at least one first volume (V1) comprising a thickness less than a first predefined threshold (S1), said first threshold (S1) being less than a threshold of interest (Si) and a second volume (V2) of a continuous part of the wall comprising a thickness greater than a first threshold (S1) and less than the threshold of interest (Si); • a generation of a model of the wall (MOD_P) of the myocardium in which the continuous part of the wall of the myocardium is modelled (MOD_VOL) according to at least two volumes (V1, V2), said wall model (MOD_P) making it possible to model at least one electrical gradient between said volumes (V1, V2) in order to localise at least one singular zone of electrical circulation. • a recording (ACQ) of a three-dimensional image of a wall of the myocardium, said wall delimiting at least one cavity of the heart; • a segmenting (SEG_1) of a continuous part of the wall into at least one first volume (V1) comprising a thickness less than a first predefined threshold (S1), said first threshold (S1) being less than a threshold of interest (Si) and a second volume (V2) of a continuous part of the wall comprising a thickness greater than a first threshold (S1) and less than the threshold of interest (Si); • a generation of a model of the wall (MOD_P) of the myocardium in which the continuous part of the wall of the myocardium is modelled (MOD_VOL) according to at least two volumes (V1, V2), said wall model (MOD_P) making it possible to model at least one electrical gradient between said volumes (V1, V2) in order to localise at least one singular zone of electrical circulation.
A compound of formula I: wherein Y is CH or N; R 1 and R 2 are independently methyl, propyl, or isopropyl, optionally wherein R 1 and R 2 are each methyl or isopropyl; R 3 is aryl substituted with one or more nitro, diC 1-6 alkylamino, C 1-6 alkoxy, or C 1-6 alkyl; heteroaryl optionally substituted with one or more nitro, diC 1-6 alkylamino, C 1-6 alkoxy, or C 1-6 alkyl; C 1-10 straight or branched-chain alkyl optionally substituted with one halogen, nitro, C 1-6 alkoxy, or aryl; a polymer; or a resin support; R 3a is H or CF 3 ; and at least one R 4 , wherein each R 4 is independently hydrogen, halogen, nitro, C 1-6 alkoxy, C 1-6 alkyl, aryl, or a resin support; and wherein R 3 is a polymer or a resin support, and/or R 4 is a resin support. Y is CH or N; R 1 and R 2 are independently methyl, propyl, or isopropyl, optionally wherein R 1 and R 2 are each methyl or isopropyl; R 3 is aryl substituted with one or more nitro, diC 1-6 alkylamino, C 1-6 alkoxy, or C 1-6 alkyl; heteroaryl optionally substituted with one or more nitro, diC 1-6 alkylamino, C 1-6 alkoxy, or C 1-6 alkyl; C 1-10 straight or branched-chain alkyl optionally substituted with one halogen, nitro, C 1-6 alkoxy, or aryl; a polymer; or a resin support; aryl substituted with one or more nitro, diC 1-6 alkylamino, C 1-6 alkoxy, or C 1-6 alkyl; heteroaryl optionally substituted with one or more nitro, diC 1-6 alkylamino, C 1-6 alkoxy, or C 1-6 alkyl; C 1-10 straight or branched-chain alkyl optionally substituted with one halogen, nitro, C 1-6 alkoxy, or aryl; a polymer; or a resin support; R 3a is H or CF 3 ; and at least one R 4 , wherein each R 4 is independently hydrogen, halogen, nitro, C 1-6 alkoxy, C 1-6 alkyl, aryl, or a resin support; and wherein R 3 is a polymer or a resin support, and/or R 4 is a resin support.
Laser-cutting nozzle comprising: - a nozzle body comprising a first axial recess extending axially through said nozzle body , an inlet orifice for supplying said first axial recess with assist gas and a first outlet orifice located on a front face of a first portion of said nozzle body , and - a movable element arranged in the first axial recess of the nozzle body , said movable element comprising a front portion forming a skirt and an axial passage with a second outlet orifice opening on said front portion forming a skirt, the nozzle body and the movable element being made of an electrically conductive material and the first portion of the nozzle body being arranged around the movable element , characterised in that a separator sleeve is arranged between the first portion and the movable element , said separator sleeve being formed from an electrically-insulating material having a relative permittivity less than 8. - a nozzle body comprising a first axial recess extending axially through said nozzle body , an inlet orifice for supplying said first axial recess with assist gas and a first outlet orifice located on a front face of a first portion of said nozzle body , and - a movable element arranged in the first axial recess of the nozzle body , said movable element comprising a front portion forming a skirt and an axial passage with a second outlet orifice opening on said front portion forming a skirt,