Method and system for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool and hand-held garden, forestry, construction and / or soil cultivation tool

Abstract

The invention relates to a method for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool (2), - wherein the garden, forestry, construction and / or soil cultivation tool (2) comprises a processing tool system (3), a motor drive system (4) and a user-operated control element (5) for controlling the motor drive system (4) by a user, and - wherein the method comprises the step of: moving the processing tool system (3) with the motor drive system (4) during user-controlled operation of the motor drive system (4) with the control element (5) actuated from a release state (FZ) to a lock state (SZ) triggered by a lock signal (SI) from a remote control (6), wherein the remote control (6) is designed separately from the garden, forestry, construction and / or soil cultivation tool (2), - wherein an actuation (BT) of the control element (5), in particular an operating signal (Bl) based on the actuation (BT) of the control element (5), and the blocking signal (SI) for influencing the same function (FU), in particular a speed (n), of the machining tool system (3), in particular the motor drive system (4), are provided, wherein the blocking signal (SI) or a signal based on the blocking signal has priority over the actuation (BT), in particular the operating signal (BI).

Description

SCOPE OF APPLICATION AND STATE OF THE ART

[0001] The invention relates to a method and a system, in particular each, for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool and a hand-held garden, forestry, construction and / or soil cultivation tool for such a system.

[0002] WO 2023 / 203427A1 discloses a landscaping machine comprising: a motor-driven landscaping tool equipped with an electronic control and command unit, a portable remote control device, a first wireless transceiver operationally connected to the electronic control and command unit of the landscaping tool, and a second wireless transceiver connected to the portable remote control device.The electronic control and command unit is configured to cyclically measure a value indicating the distance between the tool and the portable remote control device by processing signals exchanged between the first wireless transceiver and the second wireless transceiver, and to cyclically compare this value indicating the measured distance with a predetermined value indicating a maximum distance in order to automatically put or keep the tool in an inactive state if this value indicating the measured distance is greater than this reference value and / or if it is not possible to measure the value indicating the measured distance. TASK AND SOLUTION

[0003] The invention is based on the objective of providing a method and a system, in particular each, for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool and a hand-held garden, forestry, construction and / or soil cultivation tool for such a system, which has and / or has improved properties.

[0004] The invention solves this problem by providing a method, a system, and a handheld gardening, forestry, construction, and / or soil cultivation tool as described in the independent claims. Advantageous further developments and / or embodiments of the invention are described in the dependent claims.

[0005] The method according to the invention is for intervening in the operation of at least, in particular precisely, one hand-held garden, forestry, construction, and / or soil cultivation tool, and in particular several hand-held garden, forestry, construction, and / or soil cultivation tools simultaneously. The garden, forestry, construction, and / or soil cultivation tool comprises a working tool system including a motor drive system and a user-operated control element for controlling the motor drive system by a user. The method comprises the step of moving the working tool system with the motor drive system from an enabled state to a locked state during user-controlled operation of the motor drive system, or during operation with the control element activated, or controlled by the activated control element, triggered in particular only by a lock signal from a remote control, and in particular and not otherwise.The remote control is designed separately from the garden, forestry, construction, and / or soil cultivation tool. Actuation of the control element, in particular an operating signal based on or dependent upon the actuation of the control element, and the locking signal are provided to influence the same function, in particular the rotational speed, of the processing tool system, especially the motor drive system. The locking signal, or a signal based on the locking signal, has priority over the actuation, in particular the operating signal.

[0006] This allows for targeted control of the operation of garden, forestry, construction, and / or soil cultivation tools via remote control, and not via a control element directly attached to the tool. This is advantageous for training purposes, as it allows an instructor to avoid entering the danger zone of the tool with the working system in the enabled state to give instructions to a trainee. Instead, they can lock the working system and then give instructions while it is in that locked state. This reduces the risk of injury.

[0007] In particular, the procedure, intervention, relocation and / or influencing may be implemented automatically and / or by computer.

[0008] The operation can be a motor-driven operation.

[0009] The garden, forestry, construction and / or soil cultivation tool may be a saw, in particular a power saw and / or chainsaw, an angle grinder, a rock cutter, a brush cutter or a hedge cutter or hedge shears.

[0010] The machining tool system can include a cutting tool, in particular a saw chain, a saw blade, a cutting blade, a cutting knife, a grinding chain and / or a grinding wheel. In particular, the motor drive system can be configured to drive the cutting tool.

[0011] The garden, forestry, construction and / or soil cultivation tool may have a maximum mass of 20 kg (kilograms), in particular 10 kg, in particular 5 kg, in particular 2 kg.

[0012] User-operable can be user-configurable.

[0013] The terms "include" or "have" can be used synonymously with the term "exhibits".

[0014] The term "control element" or "control element" can be used synonymously with the term "operating element".

[0015] The terms "operate" or "control" can be used synonymously with the term "steer".

[0016] The user can be a user of the gardening, forestry, construction and / or soil cultivation tool.

[0017] The relocation can be triggered immediately, directly, instantly, in real time, without a pause or intermediate step, by the blocking signal.

[0018] The phrases “to be carried out” or “to be implemented” can be used synonymously with the term “to take place”.

[0019] The term "processing operating state" can be used synonymously with the term "release state".

[0020] The term "non-processing operating state" can be used synonymously with the term "locked state".

[0021] At any given time, the machining tool system, in particular the motor drive system, can be either in the enabled state or in the locked state.

[0022] The locked state can be different from the unlocked state.

[0023] The remote control may differ from the garden, forestry, construction and / or soil cultivation tool, in particular being housed in a different casing.

[0024] Separated can mean spatially separated, in particular being housed in a separate enclosure.

[0025] The term "separate" can be used synonymously with the term "separate".

[0026] The term "remote control" can be used synonymously with the term "remote control".

[0027] The terms “configured”, “intended”, “set up”, or the English phrase “programmed to perform the function / s of” can be used synonymously with the term “trained”.

[0028] The remote control may include a transmitter for sending the blocking signal. Additionally or alternatively, the garden, forestry, construction, and / or soil cultivation tool may include a receiver for receiving the blocking signal, particularly the one that has been transmitted.

[0029] The locking signal and / or the operating signal can be electrical and / or have a value.

[0030] The operating signal can be different from the locking signal.

[0031] Influencing something can mean adjusting it.

[0032] The rotational speed can be a target rotational speed.

[0033] The term "precedence" can be used synonymously with the term "priority".

[0034] The process, intervention, relocation and / or influencing can be carried out by means of a system, in particular the garden, forestry, construction and / or soil cultivation tool, in particular a control device, in particular an electrical one, in particular a motor control, of the garden, forestry, construction and / or soil cultivation tool, in particular and not by means of a chain brake of the garden, forestry, construction and / or soil cultivation tool.

[0035] Furthermore, reference is made to the specialist literature.

[0036] The remote control features a user-operated trigger element for initiating, and in particular transmitting, the blocking signal. This allows for particularly reliable triggering of the blocking signal. Specifically, the trigger element can be a push button or button.

[0037] In a further development of the invention, moving the machining tool system from the enabled state to the locked state comprises: at least reducing the maximum available speed and / or torque and / or power of the machining tool system, in particular the motor drive system, especially below a speed of 7000 rpm (revolutions per minute), in particular below 5500 rpm, in particular below 4000 rpm, and in particular switching off the motor drive system. This, in particular the reduction of the speed, enables the disengagement of any clutch device, if present, of the machining tool system, in particular the motor drive system. The term "reduce" can be used synonymously with "lower." Additionally or alternatively, the reduction can be by at least 50%, in particular at least 75%.Additionally or alternatively, the speed, torque, and / or power may have a value. Additionally or alternatively, reducing the speed below a certain engagement and / or disengagement speed may be the purpose of disengaging the clutch mechanism, and / or a maximum speed of 7000 rpm may be the engagement and / or disengagement speed. Additionally or alternatively, switching off may be a remote shutdown. Additionally or alternatively, the terms "deactivate" or "switch off" may be used synonymously with "switch off." Additionally or alternatively, the terms "switched off state" or "deactivated state" may be used synonymously with "locked state." Additionally or alternatively, the terms "switched on state" or "activated state" may be used synonymously with "release state."Additionally or alternatively, the garden, forestry, construction and / or soil cultivation tool can remain switched on and / or a drive energy source can remain available.

[0038] In particular, information about the switching of the machining tool system from the release state to the locked state can be communicated to the user, especially acoustically and / or haptically and / or visually, such as by reducing the rotational speed, especially in several steps, and / or by means of the motor drive system.

[0039] In a further development of the invention, the motor drive system comprises an electric and / or internal combustion engine drive system. In particular, the motor drive system is the electric and / or internal combustion engine drive system. The step comprises: switching the electric and / or internal combustion engine drive system from the enabled state to the disabled state triggered by the disabled signal. In particular, the garden, forestry, construction, and / or soil cultivation tool can be a battery-powered tool.

[0040] In a further development of the invention, the locking signal is wireless, in particular a radio signal, especially a Bluetooth signal. Additionally or alternatively, the remote control is wireless, in particular a radio remote control, especially a Bluetooth remote control. Furthermore, additionally or alternatively, the remote control cannot be operated by the user of the garden, forestry, construction, and / or soil cultivation tool. This allows for particularly good control over the operation of the garden, forestry, construction, and / or soil cultivation tool. In particular, the term "wireless" can be used synonymously with the term "cableless".

[0041] In a further development, and in particular an embodiment, of the invention, the method comprises the following steps: monitoring the presence of a signal connection between the remote control and the garden, forestry, construction, and / or soil cultivation tool; and switching the tool system from the enabled state to the locked state triggered by an interruption of the monitored signal connection. This allows the operation of the garden, forestry, construction, and / or soil cultivation tool to be influenced when the remote control is removed from the tool, thus providing, in particular, a further reduction in risk.

[0042] In particular, monitoring can be automated and / or computer-implemented. Additionally or alternatively, monitoring can be carried out by means of the system, in particular the garden, forestry, construction, and / or soil cultivation tool, in particular the control unit, in particular the motor control. Furthermore, additionally or alternatively, the signal connection can be wireless, in particular a radio signal connection, in particular a Bluetooth signal connection, and / or for sending and / or receiving. Furthermore, additionally or alternatively, the term "signal path" can be used synonymously with the term "signal connection," in particular the term "radio signal path" for the term "radio signal connection." Furthermore, additionally or alternatively, the relocation can be triggered immediately, directly, instantly, in real time, without pause or intermediate step, by the interruption.Furthermore, or alternatively, the terms "termination" or "loss" or "separation" can be used synonymously with the term "interruption".

[0043] In a further development of the invention, the method comprises the following steps: monitoring the distance between the remote control and the garden, forestry, construction, and / or soil cultivation tool; and switching the tool system from the enabled state to the disabled state triggered by the monitored distance falling below a certain threshold. This allows the operation of the garden, forestry, construction, and / or soil cultivation tool to be influenced when the remote control approaches the tool, particularly when the instructor enters the danger zone of the tool, thus providing a further reduction in risk. The monitoring can be implemented automatically and / or by computer.Additionally or alternatively, monitoring can be carried out using the system, in particular the garden, forestry, construction and / or soil cultivation tool, in particular the control unit, in particular the motor control. Furthermore, additionally or alternatively, the distance can have a value. Furthermore, additionally or alternatively, the term / component "distance" can be used synonymously with the term / component "distance". Furthermore, additionally or alternatively, repositioning can be triggered immediately, directly, instantly, in real time, without pause or intermediate step, by the point at which the distance is breached. Furthermore, additionally or alternatively, the distance limit can be a minimum of 2 m (meters), in particular a minimum of 5 m, in particular a minimum of 10 m, and / or a maximum of 100 m, in particular a maximum of 50 m, in particular a maximum of 20 m.

[0044] In one embodiment of the invention, the distance is monitored by measuring the transit time of a wireless measurement signal between the remote control and the garden, forestry, construction, and / or soil cultivation tool. This enables particularly accurate distance monitoring. In particular, the term "measure" can be used synonymously with "detect." Additionally or alternatively, the transit time can have a value. Furthermore, additionally or alternatively, a transit time below a limit value due to the measured transit time can correspond to, or in particular be identical to, a distance below a limit value due to the monitored distance. Furthermore, additionally or alternatively, the measurement signal can also be used to monitor the presence of the signal connection.

[0045] In particular, the machining tool system cannot be moved from the locked state to the released state by actuating the control element, especially by issuing a control signal. Additionally or alternatively, the machining tool system can be moved from the locked state to the released state triggered by, in particular only or precisely, a release signal, and in particular and no other way.

[0046] In a further development of the invention, the method comprises the step of moving the processing tool system from the locked state to the unlocked state, triggered by a release signal from the remote control, which may be different from and / or distinct from the locked signal. In particular, the moving can be implemented automatically and / or by computer. Additionally or alternatively, the moving can be carried out by means of the system, in particular the garden, forestry, construction, and / or soil cultivation tool, in particular the control unit, especially the motor control. Furthermore, additionally or alternatively, the moving can be triggered directly, immediately, in real time, without pause or intermediate step, by the release signal. Furthermore, additionally or alternatively, the transmitter can be for sending the release signal. Furthermore, additionally or alternatively, the receiver can be for receiving the release signal, in particular the transmitted one.Additionally or alternatively, the release signal can be electrical and / or have a value. Additionally or alternatively, the operating signal can be different from the release signal. Additionally or alternatively, moving the machining tool system from the locked state to the enabled state can involve: increasing the maximum available speed and / or the maximum available torque and / or the maximum available power of the machining tool system, in particular the motor drive system, especially to or above a maximum speed of 7000 rpm, and / or switching on the motor drive system. This, in particular increasing the speed, enables the clutch device to engage.

[0047] In one embodiment of the invention, the remote control has a user-operated trigger element for triggering, in particular transmitting, the release signal. This enables particularly reliable triggering of the release signal.

[0048] In a further development of the invention, the remote control is mobile, in particular hand-held, especially a smartphone or a tablet.

[0049] In particular, the system, especially the gardening, forestry, construction and / or soil cultivation tool and / or the remote control, may have a user-operated start and stop device for starting and stopping the execution of the procedure, in particular wherein the procedure is started or executed if it has been started by means of the start and stop device, and wherein the procedure is stopped or not executed if it has been stopped by means of the start and stop device.

[0050] The system according to the invention is designed to intervene in the operation of at least one hand-held garden, forestry, construction, and / or soil cultivation tool. The garden, forestry, construction, and / or soil cultivation tool comprises the working tool system, including the motor drive system and the user-operated control element for controlling the motor drive system. The system, in particular the garden, forestry, construction, and / or soil cultivation tool, is designed to move the working tool system with the motor drive system from the enabled state to the locked state during user-controlled operation of the motor drive system when the control element is actuated, triggered by the lock signal from the remote control. The remote control is designed to be separate from the garden, forestry, construction, and / or soil cultivation tool.Actuating the control element, in particular the operating signal based on the actuation of the control element, and the locking signal are intended to influence the same function, in particular the speed, of the processing tool system, in particular the motor drive system. The locking signal or the signal based on the locking signal has priority over the actuation, in particular the operating signal. The remote control has a user-operated release element for triggering the locking signal. In particular, the system includes the garden, forestry, construction, and / or soil cultivation tool and / or the remote control. The system, in particular the garden, forestry, construction, and / or soil cultivation tool, can provide the same advantage(s) as for the method mentioned above.In particular, the system, especially the gardening, forestry, construction, and / or soil cultivation tool, can be configured to execute the aforementioned process, particularly automatically. Additionally or alternatively, the system, especially the gardening, forestry, construction, and / or soil cultivation tool, can include a computing device and / or a processor and / or a microcontroller and / or a storage device and / or a computer. Furthermore, additionally or alternatively, the system, especially the gardening, forestry, construction, and / or soil cultivation tool, can be configured for the aforementioned process.

[0051] The hand-held garden, forestry, construction and / or soil cultivation tool according to the invention is for the system as mentioned above. In particular, the garden, forestry, construction and / or soil cultivation tool can be designed as described above for the method and / or the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] Further advantages and aspects of the invention will become apparent from the claims and from the description of exemplary embodiments of the invention, which are explained below with reference to the figures. These figures show: Fig. 1 schematically comprising a method and a system according to the invention for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool according to the invention, comprising a processing tool system, comprising a motor drive system by means of a remote control in the form of a smartphone, comprising a surface, Fig. 2 schematically the surface, Fig. 3 schematically shows the rotational speed of the machining tool system over a period of time when a maximum available rotational speed is reduced. Fig. 4 schematically the rotational speed over time when the motor drive system is switched off, Fig. 5 schematically the rotational speed over time when the maximum available rotational speed is increased immediately, and Fig. 6 schematically the rotational speed over time when the maximum available rotational speed is increased after a short period of idling. DETAILED DESCRIPTION OF THE EXECUTION EXAMPLES

[0053] Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 to Fig. Figure 6 shows a method and a system 1 according to the invention for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool 2 according to the invention. The garden, forestry, construction and / or soil cultivation tool 2 has a processing tool system 3 comprising a motor drive system 4 and a user-operated control element 5 for controlling the motor drive system 4 by a user.

[0054] The procedure includes the step: Moving the machining tool system 3 with the motor drive system 4 during user-controlled operation of the motor drive system 4 with the operating element 5 actuated from a release state FZ to a blocking state SZ triggered by a blocking signal SI from a remote control 6.

[0055] System 1 is designed to move the machining tool system 3 with the motor drive system 4 from the enabled state FZ to the locked state SZ during user-controlled operation of the motor drive system 4 when the control element 5 is actuated, triggered by the lock signal SI from the remote control 6. The remote control 6 is designed to be separate from the garden, forestry, construction, and / or soil cultivation tool 2. Actuation BT of the control element 5, in particular an operating signal BI based on the actuation BT of the control element 4, and the lock signal SI are provided to influence the same function FU, in particular a rotational speed n, of the machining tool system 3, in particular of the motor drive system 4. The lock signal SI or a signal based on the lock signal has priority over actuation BT, in particular the operating signal BI.

[0056] In particular, system 1 includes the garden, forestry, construction and / or soil cultivation tool 2 and / or the remote control 6.

[0057] The hand-held garden, forestry, construction and / or soil cultivation tool 2 according to the invention is for system 1.

[0058] In detail, the garden, forestry, construction and / or soil cultivation tool 2 is a saw 2', in particular a chainsaw 2".

[0059] Additionally or alternatively, the machining tool system 3 includes a cutting tool 7, in particular a saw chain 7'.

[0060] Furthermore, moving the machining tool system 3 from the release state FZ to the locking state SZ results in: at least a reduction of the maximum available speed nmax, as in Fig. 3 shown, and / or a maximum available torque and / or a maximum available power of the machining tool system 3, in particular of the motor drive system 4, in particular below a speed value of a maximum of 7000 rpm, in particular switching off the motor drive system 4, as shown in Fig. 4 shown.

[0061] In Fig. 3. The garden, forestry, construction and / or soil cultivation tool 2 runs below a disengagement and / or engagement speed value. In particular, the garden, forestry, construction and / or soil cultivation tool 2 is switched off after a certain time, especially when it switches off completely.

[0062] In Fig. 4 the garden, forestry, construction and / or soil cultivation tool 2 is switched off, in particular, it switches off.

[0063] In alternative embodiments, the rotational speed can be continuously reduced. Additionally or alternatively, the garden, forestry, construction, and / or soil cultivation tool can be switched off as soon as a rotational speed threshold is exceeded.

[0064] Furthermore, the motor drive system 4 includes an electric and / or internal combustion engine drive system 8. In particular, the motor drive system 4 is the electric and / or internal combustion engine drive system 8. The step involves: moving the electric and / or internal combustion engine drive system 8 from the enable state FZ to the blocking state SZ triggered by the blocking signal SI.

[0065] Furthermore, the blocking signal SI is wireless, in particular a radio signal FSI, in particular a Bluetooth signal BSI. Additionally or alternatively, the remote control 6 is wireless, in particular a radio remote control 6', in particular a Bluetooth remote control 6". Furthermore, additionally or alternatively, the remote control 6 cannot be operated by the user of the garden, forestry, construction and / or soil cultivation tool 2.

[0066] Furthermore, the procedure includes the following steps: 1. Monitoring the presence of a signal connection SV between the remote control 6 and the garden, forestry, construction and / or soil cultivation tool 2. 3. Moving the processing tool system 3 from the enable state FZ to the locked state SZ triggered by an interruption of the monitored signal connection SV.

[0067] Furthermore, the procedure includes the following steps: 1. Monitoring a distance AB between the remote control 6 and the garden, forestry, construction and / or soil cultivation tool 2. 3. Moving the processing tool system 3 from the release state FZ to the locked state SZ triggered by a distance limit ABlimit being undershot by the monitored distance AB.

[0068] In detail, the distance AB is monitored by measuring the transit time LZ of a wireless measuring signal MI between the remote control 6 and the garden, forestry, construction and / or soil cultivation tool 2.

[0069] Furthermore, the procedure includes the step: moving the machining tool system 3 from the locked state SZ to the released state FZ triggered by a release signal FI from the remote control 6, which is different from the locked signal SI, as shown in Fig. 5 and Fig. 6 shown.

[0070] In Fig. 5. Work can continue immediately as normal, in particular.

[0071] In Fig. 6. After a short period of idling, normal operation can resume, especially further operation.

[0072] In alternative embodiments, the maximum available rotational speed can be increased either immediately and completely, or continuously or slowly.

[0073] Furthermore, the remote control 6 has a user-operated release element 9 for triggering the blocking signal SI, in particular and the release signal FI.

[0074] Furthermore, the remote control 6 is mobile, especially handheld, particularly a smartphone 10 or a tablet.

[0075] In Fig. 1. An app has a button in its interface that can be used to switch off the garden, forestry, construction and / or soil cultivation tool 2.

[0076] As the exemplary embodiments shown and explained above make clear, the invention provides an advantageous method and an advantageous system for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool and an advantageous hand-held garden, forestry, construction and / or soil cultivation tool for such a system, which has and / or has improved properties.

Claims

[1] Method for intervening in the operation of at least one hand-held gardening, forestry, construction and / or soil cultivation tool (2), - wherein the garden, forestry, construction and / or soil cultivation tool (2) comprises a processing tool system (3), a motor drive system (4) and a user-operated control element (5) for controlling the motor drive system (4) by a user, and - wherein the method comprises the step of: moving the processing tool system (3) with the motor drive system (4) during user-controlled operation of the motor drive system (4) with the control element (5) actuated from a release state (FZ) to a lock state (SZ) triggered by a lock signal (SI) from a remote control (6), wherein the remote control (6) is designed separately from the garden, forestry, construction and / or soil cultivation tool (2), - wherein an actuation (BT) of the control element (5), in particular an operating signal (Bl) based on the actuation (BT) of the control element (5), and the blocking signal (SI) for influencing the same function (FU), in particular a speed (n), of the machining tool system (3), in particular the motor drive system (4), are provided, wherein the blocking signal (SI) or a signal based on the blocking signal has priority over the actuation (BT), in particular the operating signal (BI), - wherein the remote control (6) has a user-operated release element (9) for triggering the blocking signal (SI). [2] Method according to the preceding claim, - wherein moving the machining tool system (3) from the release state (FZ) to the lock state (SZ) comprises: at least reducing a maximum available speed (nmax) and / or a maximum available torque and / or a maximum available power of the machining tool system (3), in particular the motor drive system (4), in particular below a speed value (nlimit) of a maximum of 7000 rpm, in particular switching off the motor drive system (4). [3] Method according to any one of the preceding claims, - wherein the motor drive system (4) comprises an electric and / or internal combustion engine drive system (8), in particular is, and - wherein the step comprises: moving the electric and / or combustion engine drive system (8) from the enable state (FZ) to the lock state (SZ) triggered by the lock signal (SI). [4] Method according to any one of the preceding claims, - wherein the blocking signal (SI) is wireless, in particular a radio signal (FSI), in particular a Bluetooth signal (BSI), and / or - wherein the remote control (6) is wireless, in particular a radio remote control (6'), in particular a Bluetooth remote control (6"), and / or - wherein the remote control (6) cannot be operated by the user of the garden, forestry, construction and / or soil cultivation tool (2). [5] A method according to any one of the preceding claims, wherein the method comprises the steps: - Monitoring a distance (AB) between the remote control (6) and the garden, forestry, construction and / or soil cultivation tool (2), and - Moving the machining tool system (3) from the release state (FZ) to the lock state (SZ) triggered by a distance limit (ABlimit) being undershot by the monitored distance (AB). [6] Method according to the preceding claim, - wherein the distance (AB) is monitored by measuring the transit time (LZ) of a wireless measurement signal (MI) between the remote control (6) and the garden, forestry, construction and / or soil cultivation tool (2). [7] Method according to any one of the preceding claims, - wherein the procedure includes the step of moving the machining tool system (3) from the locked state (SZ) to the released state (FZ) triggered by a release signal (FI) from the remote control (6), which is different from the locked signal (SI). [8] Method according to the preceding claim, - wherein the remote control (6) includes the user-operated release element (9) for triggering the release signal (FI). [9] System (1) for intervening in the operation of at least one hand-held garden, forestry, construction and / or soil cultivation tool (2), in particular for carrying out a method according to one of the preceding claims, - wherein the garden, forestry, construction and / or soil cultivation tool (2) comprises a processing tool system (3), a motor drive system (4) and a user-operated control element (5) for controlling the motor drive system (4) by a user, and - wherein the system (1) for moving the processing tool system (3) with the motor drive system (4) during user-controlled operation of the motor drive system (4) with the control element (5) is configured from a release state (FZ) to a lock state (SZ) triggered by a lock signal (SI) from a remote control (6), wherein the remote control (6) is configured separately from the garden, forestry, construction and / or soil cultivation tool (2), - wherein an actuation (BT) of the control element (5), in particular an operating signal (Bl) based on the actuation (BT) of the control element (5), and the blocking signal (SI) for influencing the same function (FU), in particular a speed (n), of the machining tool system (3), in particular the motor drive system (4), are provided, wherein the blocking signal (SI) or a signal based on the blocking signal has priority over the actuation (BT), in particular the operating signal (BI), - wherein the remote control (6) has a user-operated release element (9) for triggering the blocking signal (SI), - in particular wherein the system (1) comprises the gardening, forestry, construction and / or soil cultivation tool (2) and / or the remote control (6). [10] Hand-held gardening, forestry, construction and / or soil cultivation tool (2) for a system (1) according to the preceding claim.

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