mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission arrangement of a driven machine tool having an actuator which can be connected to an actuating element of the transmission arrangement and, in the connected state, is capable of converting a shifting movement of the actuating element into a displacement of one or more transmission elements of the transmission arrangement , wherein the actuator has two receiving portions for mounting the actuator within the transmission arrangement , characterised in that the first receiving portion has a substantially circular recess with a circumferential inner peripheral surface, in which a shaft portion of a first transmission shaft of the transmission arrangement is received, and in that the second receiving portion has a substantially circular recess with a lateral opening , in which a shaft portion of a second transmission shaft of the transmission arrangement is received, wherein the lateral opening of the second receiving portion enables simplified mounting of the shaft portion of the second transmission shaft due to the absence of a circumferential inner circumferential surface. wherein the actuator has two receiving portions for mounting the actuator within the transmission arrangement , characterised in that the first receiving portion has a substantially circular recess with a circumferential inner peripheral surface, in which a shaft portion of a first transmission shaft of the transmission arrangement is received, and in that the second receiving portion has a substantially circular recess with a lateral opening , in which a shaft portion of a second transmission shaft of the transmission arrangement is received, wherein the lateral opening of the second receiving portion enables simplified mounting of the shaft portion of the second transmission shaft due to the absence of a circumferential inner circumferential surface.
A component supply unit configured to be loaded on a mounting device for mounting a component on a substrate, the component supply unit comprising: a supply section configured to supply a component to the mounting device ; a connecting section configured to be electrically connected to the mounting device ; a unit operation panel configured to receive from an operator an operation input to the supply section , and an operation input to the mounting device , and a control unit configured to control the supply section in accordance with the operation input to the supply section received by the unit operation panel and to output, via the connecting section , a signal to the mounting device based on the operation input to the mounting device received by the unit operation panel , wherein the mounting device is provided with a main operation panel for performing operation input to the mounting device , two or more of which can be lined up to form a production line, the component supply unit is provided with a housing having a height, a depth, and a width that prevent an operator from accessing the main operation panel when the component supply unit is loaded on the loading section of the mounting device , and the housing accommodates the supply section . a supply section configured to supply a component to the mounting device ; a connecting section configured to be electrically connected to the mounting device ; a unit operation panel configured to receive from an operator an operation input to the supply section , and an operation input to the mounting device , and a control unit configured to control the supply section in accordance with the operation input to the supply section received by the unit operation panel and to output, via the connecting section , a signal to the mounting device based on the operation input to the mounting device received by the unit operation panel , wherein the mounting device is provided with a main operation panel for performing operation input to the mounting device , two or more of which can be lined up to form a production line, the component supply unit is provided with a housing having a height, a depth, and a width that prevent an operator from accessing the main operation panel when the component supply unit is loaded on the loading section of the mounting device , and the housing accommodates the supply section .
An apparatus comprising a block-based processor using an explicit data graph execution instruction set architecture, the block-based processor comprising: an instruction scheduler (165-168; 235, 910) comprising one or more look-up-table, LUT, random-access memories, RAMs, configured to store a ready state for a plurality of instructions in an instruction block, the LUT RAMs being indexed based on an instruction identifier encoded in a respective one of the plurality of instructions; characterized in that , the apparatus further comprising: a plurality of instruction issue queues , each of the instruction issue queues being configured to temporarily store instruction identifiers for instructions that have been found to be ready to issue but have not yet issued; a ready instruction selector configured to select one of the plurality of instruction issue queues; and an additional selector configured to select data from one or more of the LUT RAMs and/or the ready instruction selector and output a signal indicating that an instruction of the plurality of instructions is ready to issue based on data stored in the selected instruction issue queue for the instruction and to output a signal indicating an instruction identifier for the instruction. an instruction scheduler (165-168; 235, 910) comprising one or more look-up-table, LUT, random-access memories, RAMs, configured to store a ready state for a plurality of instructions in an instruction block, the LUT RAMs being indexed based on an instruction identifier encoded in a respective one of the plurality of instructions; characterized in that , the apparatus further comprising: a plurality of instruction issue queues , each of the instruction issue queues being configured to temporarily store instruction identifiers for instructions that have been found to be ready to issue but have not yet issued; a ready instruction selector configured to select one of the plurality of instruction issue queues; and an additional selector configured to select data from one or more of the LUT RAMs and/or the ready instruction selector and output a signal indicating that an instruction of the plurality of instructions is ready to issue based on data stored in the selected instruction issue queue for the instruction and to output a signal indicating an instruction identifier for the instruction. a plurality of instruction issue queues , each of the instruction issue queues being configured to temporarily store instruction identifiers for instructions that have been found to be ready to issue but have not yet issued; a ready instruction selector configured to select one of the plurality of instruction issue queues; and an additional selector configured to select data from one or more of the LUT RAMs and/or the ready instruction selector and output a signal indicating that an instruction of the plurality of instructions is ready to issue based on data stored in the selected instruction issue queue for the instruction and to output a signal indicating an instruction identifier for the instruction.
A motor-vehicle comprising: - a structural connecting element rigidly connected to a front portion of a platform, - an engine elastically supported on a structure of the motor-vehicle, - an engine suspension elastic device elongated in a direction substantially parallel to the longitudinal direction of said motor-vehicle, with a first end connected to said structural connecting element and a second end connected to said engine (M), in such a way that, during operation of said motor-vehicle, said engine suspension elastic device reduces the stresses to which said engine is subjected in the longitudinal direction of the vehicle, whereby said engine suspension elastic device has a main body of metal and/or composite material including an elastically deformable portion (P) with a serpentine wavy conformation defining a plurality of loops with concavities alternately facing in opposite directions, in such a way that said body portion is able to be elastically deformed in said longitudinal direction, - said body of metal and/or composite material being provided with a number of elements of elastomeric material , each element of elastomeric material being received and vulcanized within the concavity of a respective loop of said elastically deformable portion (P), for providing elastic and shock-absorbing functions, - said elements of elastomeric material having at least one hollow portion, to modulate the stiffness of said device. - a structural connecting element rigidly connected to a front portion of a platform, - an engine elastically supported on a structure of the motor-vehicle, - an engine suspension elastic device elongated in a direction substantially parallel to the longitudinal direction of said motor-vehicle, with a first end connected to said structural connecting element and a second end connected to said engine (M), in such a way that, during operation of said motor-vehicle, said engine suspension elastic device reduces the stresses to which said engine is subjected in the longitudinal direction of the vehicle, - said body of metal and/or composite material being provided with a number of elements of elastomeric material , each element of elastomeric material being received and vulcanized within the concavity of a respective loop of said elastically deformable portion (P), for providing elastic and shock-absorbing functions, - said elements of elastomeric material having at least one hollow portion, to modulate the stiffness of said device.
A method (10a; 10b), comprising - providing training data , which training data represents at least a portion of a state space (S) of a complex system ; - exploring the state space (S), using Reinforcement Learning, for a control policy for the system which maximizes an expected total reward; - prior to exploring the state space (S), setting a generic control objective for the system and a corresponding set point ; and characterized by - the expected total reward depending on a randomized deviation of the generic control objective from the corresponding set point . - providing training data , which training data represents at least a portion of a state space (S) of a complex system ; - exploring the state space (S), using Reinforcement Learning, for a control policy for the system which maximizes an expected total reward; - prior to exploring the state space (S), setting a generic control objective for the system and a corresponding set point ; and characterized by - the expected total reward depending on a randomized deviation of the generic control objective from the corresponding set point .
Key for a mechatronic locking device , cosing a housing which forms a key bow and comprising a key shank which extends therefrom and comprises a locking coding for actuating tumblers of the locking device , the housing being associated with an electronic controller and an actuator , the locking coding being designed such that it can assume a release position and a non-release position, the locking coding being coupled to the actuator by means of a movable drive element such that, upon detection of a positive authentication by the controller , the locking coding can be brought from the non-release position into the release position by activating the actuator , the locking coding having profile elements which are mounted in the key shank and can be moved by moving the drive element , characterized in that the movable drive element is designed as a slide and in that the profile elements are designed as profile pins arranged in passages of the key shank , the passages being arranged orthogonally with respect to the longitudinal direction of the key shaft .
Hollow rotor , having an outside surface surrounding a hollow space and having supporting walls that extend across the longitudinal axis of the hollow rotor and support the outside surface , where in deviation from a round contour the hollow rotor incorporates a polygonal cross-section and the outside surface is made up of flat metal plate sections , characterised in that the outside surface is pierced by narrow holes referred to as mounting slots , and that the supporting walls are likewise made from metal sheet and incorporate mounting brackets that protrude radially outwards and that the mounting brackets extend into the mounting slots and that the supporting walls are connected to the outside surface by welding the mounting brackets to the metal plate sections of the outside surface that incorporate mounting slots .
An agricultural machine in the form of a field sprayer towed by a towing vehicle or in the form of a self-propelled field sprayer with a tyre pressure regulation system, the agricultural machine comprising: • at least two, three, or more wheels pressurised with a tyre air pressure, • at least one air pressure regulator used to vary the tyre air pressure existing in the wheels , • at least one storage tank used to carry along and supply the plant protection product to be distributed, • at least one monitoring element used to determine and detect the fill level of the storage tank , • at least one distributor boom that is swivelable between a folded-out work position and a folded-in transport position, • at least one computer unit used to actuate the at least one air pressure regulator and to process the data on the fill level of the storage tank detected by means of the at least one monitoring element , characterised in that the actuation of the air pressure regulator is carried out depending on the drive mode of the field sprayer , wherein a first pressure range is active in a road drive mode, and wherein a second pressure range is active in a work mode, wherein the work mode is defined by a folded-out distributor boom or by a steering set to active or by a driving speed that is below a defined driving speed, or is manually selectable by an operator, wherein the first pressure range and the second pressure range are defined depending on the load capacity of the wheels , wherein the first pressure range is defined such that the tyre air pressure cannot assume a value that is below a load capacity of the wheels required for a particular speed and a particular weight. • at least two, three, or more wheels pressurised with a tyre air pressure, • at least one air pressure regulator used to vary the tyre air pressure existing in the wheels , • at least one storage tank used to carry along and supply the plant protection product to be distributed, • at least one monitoring element used to determine and detect the fill level of the storage tank , • at least one distributor boom that is swivelable between a folded-out work position and a folded-in transport position, • at least one computer unit used to actuate the at least one air pressure regulator and to process the data on the fill level of the storage tank detected by means of the at least one monitoring element , characterised in that the actuation of the air pressure regulator is carried out depending on the drive mode of the field sprayer , wherein a first pressure range is active in a road drive mode, and wherein a second pressure range is active in a work mode, wherein the work mode is defined by a folded-out distributor boom or by a steering set to active or by a driving speed that is below a defined driving speed, or is manually selectable by an operator, wherein the first pressure range and the second pressure range are defined depending on the load capacity of the wheels , wherein the first pressure range is defined such that the tyre air pressure cannot assume a value that is below a load capacity of the wheels required for a particular speed and a particular weight.
A heat dissipation structure configured for a reactor body , comprising: a housing and one or more heat dissipation pipes ; wherein the one or more heat dissipation pipes are disposed in a cavity of the housing and are connected to the housing in a leak-tight manner, a closed cavity is formed by the one or more heat dissipation pipes and the housing , and the reactor body is disposable in the closed cavity ; characterized in that at least one inner fan is disposed in the closed cavity . a housing and one or more heat dissipation pipes ; wherein the one or more heat dissipation pipes are disposed in a cavity of the housing and are connected to the housing in a leak-tight manner, a closed cavity is formed by the one or more heat dissipation pipes and the housing , and the reactor body is disposable in the closed cavity ; characterized in that at least one inner fan is disposed in the closed cavity .
An apparatus comprising: (a) a catheter , at least a portion of the catheter being sized and configured to fit within a lumen of a cardiovascular system; and (b) an end effector positioned at a distal end of the catheter, the end effector comprising: (i) a panel , the panel being resiliently biased to assume an expanded, flattened configuration, (ii) a plurality of mapping electrodes positioned on a first surface of the panel, the mapping electrodes being configured to sense electrical potentials in tissue contacting the mapping electrodes, (iii) a plurality of ablation electrodes positioned on the first surface of the panel, the ablation electrodes being operable to ablate tissue contacting the ablation electrodes, (iv) one or more reference electrodes positioned on a second surface of the panel, the second surface being opposite to the first surface, wherein the second surface of the panel includes a feature to prevent the one or more reference electrodes from contacting tissue adjacent to the second surface. (a) a catheter , at least a portion of the catheter being sized and configured to fit within a lumen of a cardiovascular system; and (b) an end effector positioned at a distal end of the catheter, the end effector comprising: (i) a panel , the panel being resiliently biased to assume an expanded, flattened configuration, (ii) a plurality of mapping electrodes positioned on a first surface of the panel, the mapping electrodes being configured to sense electrical potentials in tissue contacting the mapping electrodes, (iii) a plurality of ablation electrodes positioned on the first surface of the panel, the ablation electrodes being operable to ablate tissue contacting the ablation electrodes, (iv) one or more reference electrodes positioned on a second surface of the panel, the second surface being opposite to the first surface, wherein the second surface of the panel includes a feature to prevent the one or more reference electrodes from contacting tissue adjacent to the second surface. (i) a panel , the panel being resiliently biased to assume an expanded, flattened configuration, (ii) a plurality of mapping electrodes positioned on a first surface of the panel, the mapping electrodes being configured to sense electrical potentials in tissue contacting the mapping electrodes, (iii) a plurality of ablation electrodes positioned on the first surface of the panel, the ablation electrodes being operable to ablate tissue contacting the ablation electrodes, (iv) one or more reference electrodes positioned on a second surface of the panel, the second surface being opposite to the first surface, wherein the second surface of the panel includes a feature to prevent the one or more reference electrodes from contacting tissue adjacent to the second surface.
Gateway for use in a measurement system for detecting transmitted energy, comprising a first module (A) and a second module (B), wherein the first and the second modules (A, B) are connected to each other so as to communicate via at least one interface , characterised in that there are integrated in the first module (A) the components of the gateway which have to be subjected to a certification in accordance with regulations relating to energy data transmissions, in particular a regulatory provision, and in that there are integrated in the second module (B) the components of the gateway which according to the regulations relating to energy data transmissions do not require any certification.
A control unit comprising at least: an inner knob configured to adjust a first parameter controlled by the control unit , wherein the inner knob is adapted to move between a first position and a second position; and an outer knob configured to adjust a second parameter controlled by the control unit , wherein the outer knob is disposed concentrically around the inner knob ; wherein the first position of the inner knob is defined as a projected position relative to the outer knob , and the second position of the inner knob is defined as a retracted position relative to the outer knob ; wherein when the inner knob is in the first position, the outer knob is locked for adjustment of the second parameter and wherein when the inner knob is in the second position the inner knob is locked, the second position of the first knob allowing adjustment of the second parameter by the outer knob , characterised in that the inner knob and/or the outer knob further includes: means to monitor and notify for events where any undesired adjustment is solicited during the locked state of the inner knob or the outer knob . an inner knob configured to adjust a first parameter controlled by the control unit , wherein the inner knob is adapted to move between a first position and a second position; and an outer knob configured to adjust a second parameter controlled by the control unit , wherein the outer knob is disposed concentrically around the inner knob ; wherein the first position of the inner knob is defined as a projected position relative to the outer knob , and the second position of the inner knob is defined as a retracted position relative to the outer knob ; wherein when the inner knob is in the first position, the outer knob is locked for adjustment of the second parameter and wherein when the inner knob is in the second position the inner knob is locked, the second position of the first knob allowing adjustment of the second parameter by the outer knob , characterised in that the inner knob and/or the outer knob further includes: means to monitor and notify for events where any undesired adjustment is solicited during the locked state of the inner knob or the outer knob .