mhurhangee/patent-ind-claim-en huggingface dataset:
A combination of an agricultural tractor and an additional axle , the agricultural tractor comprising a chassis , a front axle , a rear axle , and a linkage system for hitching of an implement or an attachment, wherein the linkage system comprises two lift arms arranged as lower lift arms of a three-point linkage, wherein the lower lift arms are adjustable relative to the chassis , each lower lift arm having a fastening device and an elongated part extending away from the fastening device ; the additional axle carries a pair of wheels for engagement with the ground, the additional axle connected to the elongated parts of the lower lift arms ; characterised in that for each lower lift arm, the elongated part comprises a first part and a second part pivotably moveable in relation to the first part between two positions, and a distal end of the first part of the elongated part, a proximal end of the second part of the elongated part, and the additional axle are connected to each other by at least one common connecting element , the second part being pivotable about the at least one common connecting element relative to the first. the additional axle carries a pair of wheels for engagement with the ground, the additional axle connected to the elongated parts of the lower lift arms ; characterised in that for each lower lift arm, the elongated part comprises a first part and a second part pivotably moveable in relation to the first part between two positions, and a distal end of the first part of the elongated part, a proximal end of the second part of the elongated part, and the additional axle are connected to each other by at least one common connecting element , the second part being pivotable about the at least one common connecting element relative to the first.
Protocol for transmitting a data stream transiting between a host computer and a remote client using the bandwidth of a computer network, the data comprising at least: - display and sound data produced by a user session running on the host computer , and - control data produced by at least one input-output device of the remote client , the data in transit being sequenced into numbered packets of display data, sound data and control data, the transmission protocol comprising a plurality of data stream reliability treatments in order to counter transmission failures, the reliability treatments applied respectively to the display, sound and control data being different from each other, the sound data reliability treatment comprising a step of external redundancy of the transmission of the sound data packets, said external redundancy comprising the systematic transmission of the sound data packets multiple times from the host computer to the remote client, and the control data treatment comprising a step of internal redundancy of the transmission of the control data packets, said internal redundancy comprising the integration within the same control data packet of a control data sequence, said sequence also containing previously transmitted control data. - display and sound data produced by a user session running on the host computer , and - control data produced by at least one input-output device of the remote client , the data in transit being sequenced into numbered packets of display data, sound data and control data, the transmission protocol comprising a plurality of data stream reliability treatments in order to counter transmission failures, the reliability treatments applied respectively to the display, sound and control data being different from each other, the sound data reliability treatment comprising a step of external redundancy of the transmission of the sound data packets, said external redundancy comprising the systematic transmission of the sound data packets multiple times from the host computer to the remote client, and the control data treatment comprising a step of internal redundancy of the transmission of the control data packets, said internal redundancy comprising the integration within the same control data packet of a control data sequence, said sequence also containing previously transmitted control data.
Method for transmitting discrete electrical signals from at least one transmitter to a receiver connected to a two-wire communication line with a voltage supply source, where the reading signal is determined as a logic zero and one by the level of signal in the communication line, relative to preset thresholds, where the receiver is provided with a current sensor installed in the communication line between the communication line voltage supply source and the transmitter nearest thereto, the signal transmission being exercised by the transmitter changing the current in the two-wire communication line owing to its output resistance being changed and the two sensors measuring the value of the current, wherein each of the transmitters is provided with its internal secondary power supply charged from the communication line, characterized in that the voltage of the communication line power supply is decreased prior to signal transmission and restored upon completion of signal transmission.
Compound of the formula: characterized in that n = 1 - 8, R 5 , R 6 , R 7 are each independently selected from the group of C1-C3-alkoxy radicals, R 8 is selected from the group comprising alkyl, aralkyl and heteroaralkyl radicals.
A camera device including a housing in which at least one camera module is at least partially arranged and which carries at least one light window in the beam path of the camera module , wherein at least one air chamber is arranged between the light window and the camera module in the housing , and the housing comprises an electroconductive plastic that heats the light window and/or the air chamber when current is applied thereto, wherein the air chamber being provided by the housing so that it conically tapers away from the light window outwards in at least one cutting plane, characterized in that the housing is manufactured from a plastic having an electroconductive additive, and the filling degree of the additive in at least one first partial region is greater than in at least one second partial region , wherein the additive preferably comprises at least one of graphite and carbon fibers. at least one air chamber is arranged between the light window and the camera module in the housing , and the housing comprises an electroconductive plastic that heats the light window and/or the air chamber when current is applied thereto, wherein the air chamber being provided by the housing so that it conically tapers away from the light window outwards in at least one cutting plane, characterized in that the housing is manufactured from a plastic having an electroconductive additive, and the filling degree of the additive in at least one first partial region is greater than in at least one second partial region , wherein the additive preferably comprises at least one of graphite and carbon fibers.
Receipt printer for printing receipts, having a printing unit for printing the receipts, having a docking unit which is embodied in such a way that a tablet computer can be mechanically attached to the receipt printer via a releasable and restorable connection, wherein the receipt printer comprises a transceiver unit for the cableless transmission of data to a tablet computer and/or reception of data which is emitted by the tablet computer , when the tablet computer is attached to the receipt printer via the docking unit , characterized in that the docking unit comprises a positionally fixed first adapter unit and a second adapter unit which can be permanently connected to the tablet computer , and in that the first adapter unit has a receptacle compartment into which the second adapter unit can be at least partially inserted in order to establish the releasable and restorable connection between the receipt printer and the tablet computer , in that at least one pin is arranged in the receptacle compartment , in that the second adapter unit comprises at least one opening which is embodied in a complementary fashion to the pin , in that the pin engages in the opening during the insertion of the second adapter unit into the receptacle compartment , in that the pin has a groove, in that the second adapter unit comprises an engagement element and an adjustment unit for adjusting the engagement element, in that in a first operating state the engagement element engages in the groove, and in that in a second operating state the engagement element is arranged outside the groove.
A power tool , comprising: a main housing provided with an accommodation space; a drive mechanism at least partially accommodated in the accommodation space and comprising a motor ; a working head comprising an output shaft , wherein the output shaft is driven by the drive mechanism to rotate about an output axis ; and a connection assembly comprising an input portion connected to the drive mechanism and an output portion connected to the output shaft , wherein the connection assembly rotates the working head around a first axis relative to the main housing ; wherein the power tool comprises a first transmission path, the first transmission path is a torque transmission path from the drive mechanism through the connection assembly to the output shaft , and at least a component in the first transmission path are configured to be deformed or to be displaced along a direction of the first transmission path when the working head rotates about the first axis relative to the main housing ; characterized in that the working head comprises a limit position where the working head moves to a limit around the first axis , and an included angle α between an axis of the input portion and an axis of the output portion is less than or equal to 85 degrees when the working head is located at the limit position. a main housing provided with an accommodation space; a drive mechanism at least partially accommodated in the accommodation space and comprising a motor ; a working head comprising an output shaft , wherein the output shaft is driven by the drive mechanism to rotate about an output axis ; and a connection assembly comprising an input portion connected to the drive mechanism and an output portion connected to the output shaft , wherein the connection assembly rotates the working head around a first axis relative to the main housing ; wherein the power tool comprises a first transmission path, the first transmission path is a torque transmission path from the drive mechanism through the connection assembly to the output shaft , and at least a component in the first transmission path are configured to be deformed or to be displaced along a direction of the first transmission path when the working head rotates about the first axis relative to the main housing ; characterized in that the working head comprises a limit position where the working head moves to a limit around the first axis , and an included angle α between an axis of the input portion and an axis of the output portion is less than or equal to 85 degrees when the working head is located at the limit position.
A system for wiping a window, in particular a windshield of a motor vehicle, comprising : - a first driving arm said first driving arm being tubular over at least part of its length and being provided with a lateral orifice through which a duct for the circulation of a washing liquid, of a device for spraying said washing liquid, can pass, said wiping system being characterized in that the wiping system further comprises : - a second driving arm for the wiper , said arms being configured so as to extend parallel to each other in a rest position, and - a device for connecting said arms and said wiper , said passage orifice being provided facing said second arm . - a first driving arm said first driving arm being tubular over at least part of its length and being provided with a lateral orifice through which a duct for the circulation of a washing liquid, of a device for spraying said washing liquid, can pass, said wiping system being characterized in that the wiping system further comprises : - a second driving arm for the wiper , said arms being configured so as to extend parallel to each other in a rest position, and - a device for connecting said arms and said wiper ,
Item of packaging, - with a main packaging body , - wherein the main packaging body delimits an interior space for storing bulk goods, - with at least one flap , - wherein the flap projectingly extends from an outer side of the main packaging body that faces away from the interior space , characterized in that - the flap has a through-opening for inserting a hook, at least one cover sheet is fastened to the main packaging body , wherein at least one flap is part of the cover sheet , the cover sheet extends over the entire length of a side surface of the main packaging body and projects beyond the side surface in a longitudinal direction (x), at least one further flap is provided, wherein the further flap projectingly extends from the outer side of the main packaging body facing away from the interior space and wherein the further flap has a through-opening for inserting a hook, the further flap is part of a further cover sheet which is applied to a further star seal bottom of the packaging body. - with a main packaging body , - wherein the main packaging body delimits an interior space for storing bulk goods, - with at least one flap , - wherein the flap projectingly extends from an outer side of the main packaging body that faces away from the interior space , - the flap has a through-opening for inserting a hook, at least one cover sheet is fastened to the main packaging body , wherein at least one flap is part of the cover sheet , the cover sheet extends over the entire length of a side surface of the main packaging body and projects beyond the side surface in a longitudinal direction (x), at least one further flap is provided, wherein the further flap projectingly extends from the outer side of the main packaging body facing away from the interior space and wherein the further flap has a through-opening for inserting a hook, the further flap is part of a further cover sheet which is applied to a further star seal bottom of the packaging body.
Method for the surface treatment of a dielectric plate which is transparent to visible light, for the observation by optical microscopy of said dielectric plate, comprising stages consisting in: - depositing, on said plate , a negative film comprising a polymerizable composition which polymerizes when it is exposed to an electron beam, - polymerizing the composition of the negative film to give a set of points representing a predetermined pattern, by exposure of said negative film to an electron beam, - developing the negative film by dissolution of the non-polymerized composition and obtaining a set of studs of polymerized composition, each stud corresponding to a point of the predetermined pattern, - depositing a metal film on the negative film of the surface of the plate , and - dissolving the developed negative film , in order to obtain a metal film pierced with holes, each hole of the metal film corresponding to the base of a stud , characterized in that it additionally comprises a stage consisting in: - functionalising the surface of the dielectric plate by deposition of a monolayer of proteins in the holes of the metal film , in order to produce a set of islets of proteins, each islet being positioned in a respective hole of the metal film . - depositing, on said plate , a negative film comprising a polymerizable composition which polymerizes when it is exposed to an electron beam, - polymerizing the composition of the negative film to give a set of points representing a predetermined pattern, by exposure of said negative film to an electron beam, - developing the negative film by dissolution of the non-polymerized composition and obtaining a set of studs of polymerized composition, each stud corresponding to a point of the predetermined pattern, - depositing a metal film on the negative film of the surface of the plate , and - dissolving the developed negative film , in order to obtain a metal film pierced with holes, each hole of the metal film corresponding to the base of a stud , - functionalising the surface of the dielectric plate by deposition of a monolayer of proteins in the holes of the metal film , in order to produce a set of islets of proteins, each islet being positioned in a respective hole of the metal film .
System for a motor vehicle, comprising: a first electric parking brake actuation unit which is assigned to a first vehicle wheel (VL); a second electric parking brake actuation unit which is assigned to a second vehicle wheel (VR); a first control unit (ECU-1) having at least a first microprocessor (μP), wherein the first control unit (ECU-1) is configured to actuate the first electric parking brake actuation unit and does not permit actuation of the second electric parking brake actuation unit ; and a second control unit (ECU-2; ECU-3) with at least a second microprocessor (μP), wherein the second control unit (ECU-2; ECU-3) is configured to actuate the second electric parking brake actuation unit and does not permit actuation of the first electric parking brake actuation unit ; characterized by a third control unit (ECU-3) with at least a third microprocessor (μP-3) which is configured to actuate an automatic transmission (SYS-3) which is embodied without a mechanical gearshift interlock, wherein the third control unit (ECU-3) is configured, in a gearshift interlock mode, to communicate with the first control unit (ECU-1) via a communication link (BUS-3), in order to make said control unit (ECU-1) actuate the first electric parking brake actuation unit on the basis of a transmission lock instruction. a first electric parking brake actuation unit which is assigned to a first vehicle wheel (VL); a second electric parking brake actuation unit which is assigned to a second vehicle wheel (VR); a first control unit (ECU-1) having at least a first microprocessor (μP), wherein the first control unit (ECU-1) is configured to actuate the first electric parking brake actuation unit and does not permit actuation of the second electric parking brake actuation unit ; and a second control unit (ECU-2; ECU-3) with at least a second microprocessor (μP), wherein the second control unit (ECU-2; ECU-3) is configured to actuate the second electric parking brake actuation unit and does not permit actuation of the first electric parking brake actuation unit ; characterized by a third control unit (ECU-3) with at least a third microprocessor (μP-3) which is configured to actuate an automatic transmission (SYS-3) which is embodied without a mechanical gearshift interlock, wherein the third control unit (ECU-3) is configured, in a gearshift interlock mode, to communicate with the first control unit (ECU-1) via a communication link (BUS-3), in order to make said control unit (ECU-1) actuate the first electric parking brake actuation unit on the basis of a transmission lock instruction.
Device for arrangement on current busbars , comprising a switching device , in particular a fuse block or switch-disconnector bar for fuses, and comprising an electronics component , wherein the switching device has a front side , which is to be averted from the busbars , and has receiving regions , arranged in a longitudinal direction (X) of the switching device , for fuses, wherein an input current conductor and an outgoing current conductor are assigned to the respective receiving region , wherein the input current conductor and the outgoing current conductor are electrically connected to each other when the fuse is arranged in the receiving region, wherein the fuse interrupts the electrical connection between the input current conductor and the outgoing current conductor when an overcurrent occurs, and wherein the switching device comprises a housing with a side wall running in the longitudinal direction (X), wherein the electronics component is mounted in the side wall , wherein the electronics component is detachably connected to the side wall in the region of an outer side of the side wall , wherein the electronics component has a device for measuring a current flowing through the input current conductor and/or the outgoing current conductor and/or a voltage applied to the input current conductor and/or outgoing current conductor and/or a voltage tap for tapping off a voltage applied to the input current conductor and/or outgoing current conductor , characterized in that at least one of the input current conductors and/or at least one of the outgoing current conductors has a portion protruding in relation to the other portions of the input current conductor or the outgoing current conductor in the direction of the side wall of the housing , wherein the at least one input current conductor and/or the at least one outgoing current conductor have/has a U-shaped intermediate portion with two limbs and a web connecting these limbs to each other, wherein the limbs are averted from the side wall of the housing , wherein the web forms the protruding portion .
A medical drive unit , preferably of the handheld type for receiving and rotatingly driving of a medical, preferably surgical tool , by means of a motor , preferably an electric motor, housed in the drive unit and operable by means of a controller or regulation unit, comprising a sensor device directly or indirectly detecting or determining a movement or acceleration of the drive unit or a holding movement or holding acceleration of a user, especially the holding hand of the user, which is triggered by the motor corresponding to its power applied to the tool and having a kickback control unit or tool, which automatically effects a reduction of the driving power or turning off of the motor upon detection of a predetermined drive-unit or holding movement/acceleration or a predetermined drive-unit or holding-movement/acceleration amount, characterized in that the controller or regulation unit has a learning function, which is adapted to identify a current torque for a current application and/or a current user and to determine the currently identified torque as the maximum permissible torque at which the kickback controller has effected the reduction of the driving power or turning off of the motor , wherein torques are limited to the maximum permissible torque during the further course of the application.
A method for estimating temperature of a rotor of a motor , comprising: calculating, by a controller , an energy loss of the motor using driving conditions of the motor , using an energy loss model; calculating, by the controller , a temperature variation of the rotor at a predetermined coolant temperature of the motor using the calculated energy loss and thermal resistance of the rotor and a stator of the motor based on ΔT = P̂xR th_total ; wherein said P̂ is the calculated energy loss and R th-total is the total thermal resistance of the rotor and stator ; and estimating, by the controller , a rotor temperature based on using the temperature variation of the rotor , wherein the driving conditions of the motor include a torque instruction, a motor speed, a motor reference voltage, and a motor switching frequency. calculating, by a controller , an energy loss of the motor using driving conditions of the motor , using an energy loss model; calculating, by the controller , a temperature variation of the rotor at a predetermined coolant temperature of the motor using the calculated energy loss and thermal resistance of the rotor and a stator of the motor based on ΔT = P̂xR th_total ; wherein said P̂ is the calculated energy loss and R th-total is the total thermal resistance of the rotor and stator ; and estimating, by the controller , a rotor temperature based on using the temperature variation of the rotor , wherein the driving conditions of the motor include a torque instruction, a motor speed, a motor reference voltage, and a motor switching frequency.