AT509610B1 - ADJUSTING DEVICE, ESPECIALLY LENGTH ADJUSTING DEVICE - Google Patents

Abstract

The invention relates to an adjusting device (10), in particular length adjustment device for length adjustment of a band (50), wherein the band along a band guide (70) along a longitudinal direction is feasible. A locking member (100) is provided for locking and releasing the strap (50) at a distance from at least one step (60) in the strap guide (70) over which the strap (50) is guidable and operatively connected to the locking member (100) can be brought, wherein the step (60) with respect to a withdrawal direction in front of the blocking element (100) is arranged, so that the locking element (100) for locking the tape (50) by the tape (50) in the withdrawal direction in its blocking position (120 ) is movable, wherein the blocking element (100) locks when in the blocking position in the withdrawal direction train on the belt (50) is applied.

Description

Austrian Patent Office AT509 610B1 2012-08-15

Description: The invention relates to an adjusting device, in particular a length adjusting device, and more particularly to a handle having such an adjusting device according to the preambles of the independent claims.

Handles with length-adjustable hand straps are e.g. known for ski and hiking sticks. The adjustment is usually in the handle. Frequently, the ends of the strap forming the hand strap protrude from the handle. The assembly of the band and the length adjustment is relatively complex and the protruding end of the band can disturb the user.

Known from DE 8101226 U1 a handle with an adjustment for the loop length of a wrist strap, in which the loop end to be locked is guided in the locked position in an approximately S-shaped around deflecting elements, which are arranged in the handle. The band end protrudes axially above the loop outlet from the handle. To change the length of the hand strap a clamping wedge is opened and brought the end of the tape in the desired position.

From EP 1 053 770 A1 a stick handle is known with a movable locking element for adjusting the length of a wrist strap, wherein the loop band is guided over a limited by two steps trough. The blocking element locks the band or releases it, depending on the position of the blocking element. The blocking element is mounted on a pin and has a rounded underside. The locking element locks the loop strap by pressing the loop strap underneath it into a depression in the strap guide. The movement of the pawl is thereby limited by front (in blocking division) and rear (in release position) attacks. The lever also forms a cap of the head end of the stick handle.

From CH 485 469 A a stick handle with a hand strap is known, wherein the loop tape is guided along a longitudinal direction of a tape guide. An angle lever which can be actuated at the head end of the pole grip serves as a blocking element for locking and releasing the loop band. The repeatedly folded loop tape can be inserted into an opening of the pole grip. At the insertion opening a web is arranged, behind which a trough is formed for the loop tape. By the downwardly placed angle lever and the web at the opening the loop tape is held in the pole grip.

The FR 2403041 A1, US 5577300 A, FR 2531842 A1 and US 2001022013 A1 disclose devices for length adjustment or fixation of a band by means of a pivotable clamping piece, in which lying in the withdrawal before the clamping piece area of the tape guide a more or less pronounced level. The tape guide and the clamping piece are each matched to one another such that the tape is entrained by the pivoting movement of the clamping piece and can be fixed by this.

Further, FR 2403041 A1 and FR 2531842 A1 disclose operating levers connected to the clamping piece, by means of which the band can be carried along in the direction opposite to the withdrawal direction and thereby released. The US 5577300 A discloses a clamping piece, the pivot region is limited by two on the side facing away from the tape side of the clamping piece mutually inclined contact surfaces.

DISCLOSURE OF THE INVENTION

The object of the invention is to provide an adjustment that is easy to install and easy to use. Furthermore, an improved handle, in particular a stick handle to be created with an adjustment.

The object is achieved by the features of the independent claim. Favorable refinements and developments of the invention can be taken from the further claims, the description and the drawing. An adjusting device is proposed, in particular a length adjustment device for length adjustment of a band, wherein the band can be guided along a band guide along a longitudinal direction, wherein a blocking element for locking and releasing the Bandes is provided with a distance to at least one stage in the tape guide over which the tape is feasible and engageable with the locking element in operative connection, wherein the locking element for locking the tape through the belt in a pull-out direction (locking direction) is movable into its blocking pitch. If tension is exerted on the band in the locking division in an extraction direction, the blocking element locks. The step is arranged in front of the blocking element with respect to the withdrawal direction.

The blocking element is rotatably mounted on a bearing and arranged the bearing relative to the longitudinal direction with a distance offset to the stage. By guiding the band over the at least one stage, the band is bulged, since it does not lie tightly against the stage due to its inherent rigidity and can simulate its shape identically. The blocking element may engage the tape or come into contact with the tape when the tape is pulled in the withdrawal direction or the blocking element is rotated in the corresponding direction. For this purpose, a part of the locking element as a driver, e.g. be designed as a gripper, with driving elements, as a corresponding acting edge or the like.

The blocking element has a main body and a resiliently movable against the main body spring portion, wherein the spring portion forms a driver for the band, which detects the band when it passes into the effective range of the blocking element. The spring area is e.g. formed as a tongue on the blocking element, the free end of the at least one step projects and thus can easily come into contact with the tape when it bulges slightly at the at least one stage by its inherent rigidity.

The tape guide has the at least one stage so that the tape comes into operative connection with the blocking element when the tape is subjected to tensile force. Adjusting a band length can therefore be done simply by a tensile force on the previously dissolved band. To move the tape, the blocking element can be actively held by the user in its neutral position, to lock the tape, the locking element is released and comes into contact with the tape, which leads to the fixing of the tape.

Advantageously, a complex installation of a deflection in the tape guide can be avoided. In particular, the band can end within the band guide, so that only one side of the band, for example in the form of a loop, emerges outward. The locking element is compact and can be easily mounted. The operation can be done easily by either the blocking element is actively actuated or the blocking element is brought into the blocking division by train on the tape is applied. The blocking element expediently has a neutral position in which the band is free to move past the blocking element, and a blocking division in which the band is guided by the blocking element in a specific position, i. with a certain length, is securely locked. Conveniently, the blocking element is self-locking. If tension is exerted on the belt in a pull-out direction in the blocking division, the blocking element inhibits the belt from being pulled out as soon as it comes into contact with the belt.

In particular, the distance and / or the at least one stage can be arranged so that when the blocking element performs a rotational movement about the bearing, the tape is detected during the rotational movement and can be taken. From a certain rotational position of the driver of the locking member this detects the tape and moves with this until the tape is pressed by the driver to the tape guide so that further movement of the tape is inhibited. Conversely, when the band is pulled, they can contact the blocking element by the bulge at the at least one step and thus lead to the rotational movement. Conveniently, the band can pass through the at least one stage by its inherent rigidity in the effective range of the blocking element when guiding. In the neutral position, the band can freely slide past the blocking element, e.g. be pulled or pushed with particular low speed to the desired length. The blocking element can also be mounted very simply by inserting a shaft through the blocking element, which is suitably mounted. Conveniently, the blocking element may be made of a plastic, such as nylon or the like. The locking of the tape, but also the release of the tape can be performed very gently for the tape.

Advantageously, the rotational movement of the blocking element can be carried out over a dead center. This means that the blocking element can lock the band over a certain range. From a first locking position, in which the band is held, the locking element can be driven by exceeding the dead center further in the locking position when train is applied to the tape. The blocking element is self-locking. If tension is exerted on the band, the blocking force of the blocking element increases. This has the consequence that the blocking element safely remain in the blocking division and can not be solved purely by accident. In order to release the blocking element from its blocking division, the blocking element must be actively activated accordingly. Advantageously, the driver can be elastic, so that the dead center can be overcome to achieve the locking division without much effort. Also favorable is an interaction of the locking element or the driver and the band. In the blocking division, the blocking element can press into the relatively soft band without injuring it. The band may have structures which ensure that the blocking element is carried along when it is pulled past the blocking element, in particular at an increased speed. At higher pulling speed, the band comes through the bulge at the at least one stage securely in contact with the blocking element and in particular with its driver.

According to a further advantageous embodiment, the blocking element for releasing the tape and / or the blocking element from its blocking division an actuating element for moving the tape in the pull-out direction (reverse direction) have opposite direction. Advantageously, this may be a part of the blocking element, which works like a kind of toggle switch. In particular, to release the blocking element from its blocking position, the band can be displaced in a direction opposite to the withdrawal direction (blocking direction). Since the locking element can elastically press into the band for locking the band, the band can be moved in this direction by turning the locking element in the opposite direction in the direction of neutral until the locking element or its driver out of engagement with the tape, then then again freely movable relative to the blocking element.

According to a further advantageous embodiment, the blocking element may have a contact surface on a driver in the circumferential direction spaced or opposite side of the main body, with which the blocking element may rest in its locked state on a counter surface. Thereby, a defined end position of the blocking element can be specified in its blocking division, so that the blocking element can not be turned too far beyond its dead center.

According to a further advantageous embodiment, a storage area for the band may be provided, preferably a retractor. This can be biased so that an excess tape length can be wound up automatically in the tape guide. This is particularly advantageous if the adjustment is to be used in a shut-off device, which should provide a particularly large Längenvarianz a barrier tape.

According to a further aspect of the invention, a power tool with an adjustable band is proposed, comprising an adjusting device according to the invention, with a locking element for locking and releasing the tape along a tape guide. Often power tools must be secured with a strap loop on the hand or belt of a user. The adjustment allows a simple and easy adjustment of the length of such a belt loop to the needs of the user.

According to a further aspect of the invention, a shut-off device with an adjustable band is proposed, comprising an adjusting device with a locking element 3/15 Austrian Patent Office AT509 610B1 2012-08-15 for locking and releasing the tape along a tape guide. The tape can be easily and conveniently shortened or lengthened to the desired length.

According to a further aspect of the invention, a handle is proposed, in particular a stick handle for a stick with an adjustable hand strap formed from a band, with a decker head portion and a near-floor handle portion, comprising an adjustment, with a locking element for locking and releasing the Bandes along a band guide. In particular, the stick may be a trekking pole, a walking stick, a ski pole, a walking stick.

According to an advantageous embodiment of the handle, the tape guide can be arranged in a channel of the head part, wherein the blocking element can be arranged in a near-field region of the channel. As a result, the locking element can be easily operated from the outside, about to solve this from its locking division.

According to an advantageous embodiment of the pole grip, the head part may be formed as transversely projecting from a pole axis tubular body, with a far end of the pot and a near-floor end, wherein the tubular body has in a direction of intended direction. The tubular body points away from the user. Advantageously, the tubular body can protrude at an angle of more than 90 ° from a pole longitudinal axis. As a result, the user can grip around when climbing a slope and take the stick on the headboard and so supported against the slope.

According to an advantageous embodiment of the pole grip can be arranged on the floor remote end of the head part facing the handle part bracket. As a result, the user's hand, for example during a fall, can be protected by the bracket. Alternatively or additionally, the bracket can connect the remote end of the head part with the handle part. This allows the strap to provide protection of the entire handle and thus the hand of the user. The handle and strap form an eyelet, so that the stick is advantageously used e.g. can be hung on the arm or on a suspension when the user wants to put down the stick.

[0026] Further advantages will become apparent from the following description of the drawings. In the drawings, embodiments of the invention are shown. The drawings, the description and the claims contain numerous features in combination. The person skilled in the art will expediently also consider the features individually and combine them into meaningful further combinations.

1a, 1b show a first exemplary embodiment of an adjusting device according to the invention in a neutral position of a blocking element (FIG. 1a) and a blocking division of the blocking element (FIG. 1b); [0029] FIG. FIG. 2 shows an embodiment of a blocking element in side view; FIG. Fig. 3 shows another embodiment of an adjusting device according to the

Invention in sectional view in a locking division of a locking element with a retractor; 4a, 4b shows a section through a handle according to a first embodiment of a handle with hand strap with an adjusting device according to the invention in a neutral position of a locking element (Figure 4a) and a locking division of the locking element (Figure 4b) ..; 5 shows a section through a handle with stick according to another embodiment of a handle with hand strap with an adjusting device according to the invention in a neutral position of a locking element. Fig. 6 seen the handle of Figure 5 from a front. [0035] FIG. 7 shows a section through a handle with a pole according to another exemplary embodiment of a hand-held handle with an adjusting device according to the invention in a neutral position of a locking element and a bracket to protect the handle.

EMBODIMENT OF THE INVENTION

In the figures, the same or similar components are numbered with the same reference numerals.

To illustrate the invention, Figures 1a and 1b show by way of example a first embodiment of an adjusting device 10 according to the invention in a neutral position of a blocking element 100 in Figure 1a and a blocking division 120 of the blocking element 100 in Figure 1b.

The adjusting device 10 serves in particular as a length adjustment device for length adjustment of a band (Figure 3, band 50), wherein the band along a longitudinal direction L of a tape guide 70 can be guided. The blocking element 100 serves for locking and releasing the band 50 and is arranged at a distance 80 to a step 60 in the band guide 70. If the tape is passed over the step 60, this follows due to its inherent rigidity not exactly the contour of the step, but something bulges and therefore rises slightly from the ground and can thus get into operative connection with the blocking element 100. In this case, a driver 104 of the locking element 100 may come into connection with the band, wherein the blocking element 100 for locking the band 50 by the band 50 in a pull-out direction 40, i. in the reverse direction, in its locking division 120 is movable. The withdrawal direction 40 corresponds to the withdrawal direction of the band 50. The opposite direction to the extension direction (direction 40) is the feed direction into which the band 50 can be slid in order to shorten its length. Step 60 is relative to direction 40, i. arranged in front of the blocking element 100 with respect to the withdrawal direction 40. With respect to the opposite direction of the direction 40, i. the feed direction, the stage is arranged in front of the blocking element 100. In this case, the band 50 can be pulled straight out of the band guide 70 or at an angle thereto e.g. down or up. At least one component of the tensile force acts in the withdrawal direction 40 of the band 50.

For a stick, e.g. a ski, trekking or hiking stick, typically closes in pull-out 40 a hand strap.

In the neutral position, a side surface 116 of the locking member 100 is parallel with a distance d to the bottom of the tape guide 70 (Figure 1a) and forms in the neutral position of the locking member 100 is a bottom of the locking member 100, while in the locking division 120, the blocking element 100 with a contact surface 112 against a stop element or a mating surface 72 abuts (Figure 1b) and the driver 104 from the bottom of the tape guide 70, for example, is slightly spaced.

The distance d of the side surface 116 to the bottom of the tape guide 70 is suitably chosen so that it corresponds approximately to the thickness of the belt 50 or only slightly larger than the thickness of the belt 50 (FIG. 4a).

The blocking element 100 is rotatably mounted on a bearing 30, wherein the bearing 30 is arranged offset with respect to the longitudinal direction L at a distance 20 to the step 60. Advantageously, the blocking element 100 can be mounted eccentrically. The distance 20 and / or the at least one step 60 is expediently set up in such a way that the blocking element 100 can be entrained by the band 50 via a dead center of a rotational movement of the blocking element 100 around the bearing 30. As can be seen from the figure, the locking element 100 therefore acts self-locking when train (in the withdrawal direction 40) is exerted on the belt 50. If the blocking element 100 is close to or at its blocking pitch 120, a pull on the band 50 causes an intensification of the blocking function of the blocking element 100 and the band 50 is locked even more firmly (FIGS. 3, 4b). In principle, the band (not shown) may be single-layered in the band guide 70 or may be two-layered or multi-layered. In the withdrawal direction 40, the band 50 may be e.g. be designed as a loop, especially as a hand strap.

FIG. 2 shows an exemplary embodiment of a blocking element 100 in a side view. The blocking element 100 has a main body 110 and a spring region 102 that is elastically movable against the main body 110, wherein the spring region 102 forms on its outer edge a carrier 104 for the band (FIG. 3, band 50) that can grip the band 50. if this comes within effective range of the locking element 100 and the driver 104. The main body 110 may be approximately triangular in shape. The shape may e.g. also be a cam shape or an oval The spring portion 102 is here formed so that formed by a recess 108 in the main body of the spring portion 102, a tongue which is elastically movable relative to the main body 110.

The incision 108 extends parallel to a side surface 116 of the locking element 100, which forms a bottom in the installed state, which is arranged adjacent to the band. At the periphery spaced therefrom is a contact surface 112 which defines with an end stop or a mating surface an end position of the blocking element 100 in its blocking pitch.

Above the incision 108, based on an installation position of the locking element 100, a bore 114 is arranged, through which a pin can be inserted as a rotation axis. Therefore, the assembly of the locking element 100 is very simple. Preferably, the bore 114 may be eccentric.

Between the side surface 116 and the abutment surface 112, an edge is formed which serves as an actuating element 106, with which the blocking element 100 can be released from its locking division.

Figure 3 shows another embodiment of an adjustment device 10 according to the invention in a sectional view in a locking division 120 of a locking element 100 with a retractor 94, which forms a storage area 92 for the band 50. The blocking element 100 is shown in its blocking division 120.

The distance of the bearing 30 of the step 60 and the height of the locking element 100 in the tape guide 70, in particular the distance of the side surface 116 from the bottom of the tape guide 70, are dimensioned such that the driver 104 of the spring portion 102 of the blocking element 100 with the tape is taken when pulled (in the figure to the left) or the locking member 100 is rotated about its pivot bearing 30 and the tape 50 entrains.

If the blocking element 100 is rotated so far around the pivot bearing 30 that the contact surface 112 abuts against its end stop, the driver 104 passes over the dead center of the blocking element 100 away and in engagement with the band 50. The spring portion 102 is against the Main body 110 of the locking element 100 is pressed and at the same time elastically presses into the band 50. As a result, the position of the band 50 is locked at the bottom of the band guide 70.

Figures 4a and 4b show a section through a handle 200 according to a first embodiment of a handle with hand strap with an adjusting device 10 according to the invention, as has already been explained in the preceding figures. FIG. 4 a shows the adjusting device 10 with a blocking element 100 in its neutral position, FIG. 4 b shows the blocking element 100 in its blocking position 120.

The handle 200 has a near-floor grip portion 220 and a remote head portion 230 on. In a bore 202, a stick can be inserted and fastened (not shown). The tape guide 70 with the step 60 is disposed in a channel 240 of the handle 200. The blocking element 100 is arranged at the near-channel end 236 and protrudes slightly out of the channel 240, so that its an actuating element 106 forming edge is accessible from the outside. The channel 240 has at its open end a counter-surface 238, on which the blocking element 100 can rest with its contact surface 112 in the blocking position. The band guide 70 has the at least one step 60 so that the band 50 comes into operative connection with the blocking element 100 when the band 50 is subjected to tensile force in the direction 40 becomes.

As can be seen in Fig. 4b, the locking of the band 50 is reinforced by the blocking element 100 when the band 50 is pulled in the withdrawal direction 40. In the embodiment shown, when pulled onto the locked band 50, the carrier 104 and, if necessary, the blocking element 100 are moved in the withdrawal direction 40 and press the band 50 even more firmly against the bottom of the band guide 70.

As can also be seen in Figure 4b, the blocking element 100 can be released from its locking division 120 by the actuator 106 is pressed down. In this case, the blocking element 100 with its spring region 102 or its driver 104 pushes the band 50 counter to the direction 40 until the driver 104 disengages and releases the band 50.

The band 50 may be double-laid to form a loop 58 having a first loop side 52 and a second loop side 54 joined together (not shown in the figure). The double-laid tape 50 protrudes with its other end 56 into the tape guide 70. The free end 56 may be secured with a closing element (not shown) to prevent unwanted extraction from the channel 240. Due to the fact that the band 50 is laid double, the length of the loop 58 requires that the band 50 be lengthened or shortened by half the length than in a band 50 laid simply.

Figure 5 shows a section through a handle 200, in particular stick handle, with a floor 260 according to another embodiment with an adjusting device 10 according to the invention in a neutral position of the locking element 100; the band 50 is not shown for clarity. Figure 6 shows the handle of Figure 5 seen from a front.

The handle 200 is formed with a head portion 230 and a near-floor handle portion 220, wherein the adjusting device 10 is arranged with a locking element 100 for locking and releasing the tape 50 along a tape guide 70 in a channel 240 of the head part 230. As before, the blocking element 100 is disposed in a near-floor area of the channel 240.

The handle portion 220 expands on its underside 204. At the bottom 204 of the handle portion 220, a side recess 210 is provided so that the handle 200 can be slipped onto the floor 260 and clamped with clamping means, e.g. by means of a laterally on the floor 260 passing in a bore 206 arranged screw 212nd

The head part 230 is designed as a transversely projecting from a stick longitudinal axis 250 tubular body 244 and has a dextroof end 232 and a near-floor end 234. The tubular body 244 points in a direction of intended direction G, i. in use away from the user, and is at an angle α of more than 90 ° from the floor longitudinal axis 250 from.

The user typically holds the handle 200 on the handle portion 220, which may be e.g. may be provided with a slip-resistant surface 220. The head part 230 also forms a grip area, so that the user can e.g. can engage around a slope and hold the handle on the head portion 230. The head portion 230 may also be provided with an anti-slip surface 242.

Figure 7 shows a section through a handle 200 for a stick according to another embodiment as a development of the handle 200 of Figure 6, reference is made to the description of the figures to avoid unnecessary repetition. At the remote end 232 of the tubular body 244, a bracket 246 is arranged to protect the handle 200. The bracket connects the remote end 232 of the head portion 230 with the lower portion 214 of the handle portion 220. The bracket 246 forms with the handle portion 220 and the head portion 230 a 7/15

Claims (15)

Austrian Patent Office AT509 610B1 2012-08-15 closed area. The hand of a user is therefore protected from injury because it is protected by the bracket 246. The bracket 246 has a high stability. The handle 200 is lightweight and inexpensive manufacturable in high quality. Such a handle 200 with a closed by brackets 246, handle 220 and head 230 area is conceivable without tape or adjusting device according to the invention or with other tape holders. Characterized in that the head part 230 is formed as transversely projecting from a stick longitudinal axis 250, tubular, upwardly angled body 244, it offers combination with the bracket 246 the user added value in terms of comfort, safety and function. The user typically holds the handle 200 on the handle portion 220, which may be provided with, for example, an anti-slip surface 220. The head part 230 also forms a grip area, so that the user can e.g. can engage around a slope and hold the handle on the head portion 230. The head portion 230 may also be provided with an anti-slip surface 242. The bracket 246 protects the user's hand in each grip position. 1. adjustment device (10), in particular length adjustment device for length adjustment of a band (50), wherein the band along a band guide (70) along a longitudinal direction (L) can be guided, wherein a blocking element (100) for locking and releasing the band (50 ) is provided with a distance (80) to at least one step (60) in the band guide (70), over which the band (50) is feasible and engageable with the blocking element (100), the step (60) in an extraction direction (40) in front of the blocking element (100) is arranged, so that the locking element (100) for locking the tape (50) through the belt (50) in the pull-out direction (40) is movable into its blocking pitch (120) the blocking element (100) locks, when train in the pull-out direction (40) on the tape (50) is exerted, characterized in that the blocking element (100) is rotatably mounted on a bearing (30) and the bearing (30) based on the Längsric in that the blocking element (100) has a main body (110) and a spring region (102) which can be moved elastically against the main body (110), wherein the spring region is arranged at a distance (20) from the step (60) (102) forms a driver (104) for the band (50), which can engage the band (50) when it comes into operative range of the blocking element (100), and that the band guide (70) the at least one step (60) so that the band (50) with the blocking element (100) comes into operative connection when the band (50) is subjected to tensile force. 2. Adjusting device according to claim 1, characterized in that the distance (20) and / or the at least one step (60) is arranged so that the blocking element (100) during a rotational movement about the bearing (30) through the band (50 ) is entrainable or the band (50) through the blocking element (100) is entrained. 3. Adjusting device according to claim 2, characterized in that the rotational movement beyond a dead center is executable. 4. Adjusting device according to claim 2 or 3, characterized in that the band (50) passes through the at least one step (60) by its inherent rigidity in the effective range of the blocking element (100) when guided. 5. Adjusting device according to one of the preceding claims, characterized in that the blocking element (100) for releasing the belt (50) and / or the locking element (100) from its blocking division (120) an actuating element (106) for displacing the belt (50 ) in the pull-out direction (40) opposite direction. 6. Adjusting device according to claim 5, characterized in that for releasing the locking element (100) from its locking division (120), the band (50) in one of the pull-out direction (40) opposite direction is displaceable. 8/15 Austrian Patent Office AT509 610 B1 2012-08-15 7. Adjusting device according to one of the preceding claims, characterized in that the blocking element (100) has a contact surface (112) on a driver (104) in the circumferential direction spaced or opposite side of the main body (110), with which the blocking element (100). in its blocking state (120) against a mating surface (72, 238). 8. Adjusting device according to one of the preceding claims, characterized in that a storage area (92) for the band (50) is provided, preferably a retractor (94). 9. An electric power tool with an adjustable band (50), comprising an adjusting device (10) according to one of claims 1 to 8, with a locking element (100) for locking and releasing the tape (50) along a tape guide (70). An obturator with an adjustable strap (50) comprising an adjustment device (10) according to any one of claims 1 to 8, comprising a locking member (100) for locking and releasing the strap (50) along a strap guide (70). 11. Handle (200), in particular stick handle (200) for a stick (260) with an adjustable hand strap formed from a band (50), with a decker head portion (230) and a near-floor handle portion (220), comprising an adjusting device (10 ) according to one of claims 1 to 8, comprising a locking element (100) for locking and releasing the band (50) along a band guide (70). 12. Handle according to claim 11, characterized in that the tape guide (70) in a channel (240) of the head part (230) is arranged, wherein the blocking element (100) in a near-field region of the channel (240) is arranged. 13. Handle according to one of claims 11 to 12, characterized in that the head part (230) as transversely from a pole axis (250) protruding tubular body (244) is formed, with a remote end (232) and a near-floor end (234 ), wherein the tubular body (244) in a direction of intended direction (G) has. 14. Handle according to claim 13, characterized in that the tubular body (244) projects at an angle (a) of more than 90 ° from a stick longitudinal axis (250). 15. Handle according to one of claims 11 to 14, characterized in that the remote from the floor (232) of the head part (230) to the handle part (220) facing bracket (246) is arranged and / or that the bracket (246) the stock distant End (232) of the head part (230) with the handle part (220) connects. For this 6 sheets drawings 9/15