Cutting devices

Abstract

In a cutting device (1), a cutting depth stop mechanism (50) is provided in a guide slot (41a) of a depth guide (41). The upper end position of the cutting depth stop mechanism (50) can be changed by adjusting the position of a contact element (51b) of a stop component (51) within the guide slot (41a). Thus, the upper end position can be essentially changed. Due to this design, the cutting depth of the rotating cutting blade (12) of the cutting device (1) can be positioned accurately and quickly, thereby improving its reproducibility.

Description

[0001] The present invention relates generally to a hand-held cutting device, for example a cutting device referred to as a portable circular saw.

[0002] This type of cutting device consists of a base that rests (places) on the upper surface of the material to be cut, and a main body of the cutting device that is mounted on the upper side of the base. The main body of the cutting device contains a circular cutting blade (saw blade) that rotates using an electric motor as a drive source. A lower portion of the cutting blade protrudes from the lower surface of the base. Cutting (sawing) is performed by the lower portion of the cutting blade, which protrudes from the lower surface of the base, cutting (sawing) into the material to be cut.

[0003] The main body of the cutting device is mounted so that it can be tilted in a direction in which the upper part of the main body is shifted primarily to the right with respect to the cutting direction (the direction in which cutting (sawing) is performed). When the main body of the cutting device is held in a vertical cutting position, in which the main body of the cutting machine is not tilted with respect to the base, a vertical cut can be performed such that the cutting blade cuts into the material to be cut at a right angle. If the main body of the cutting device is tilted and the cutting blade cuts into the material to be cut at an angle, a so-called bevel cut is performed.A commonly used tilt angle of the cutting device main body, such as a 45° bevel cutting position or a 50° bevel cutting position, can be quickly and accurately positioned (set) by a stop mechanism (a positive stop mechanism). Prior art relating to the stop mechanism described above is disclosed, for example, in Japanese patent application no. 2001-54816 A, Japanese patent application no. 2001-232515 A, and Japanese patent application no. 2007-7883 A.

[0004] Furthermore, this type of cutting device incorporates a cutting depth adjustment mechanism. This mechanism allows the main body of the cutting device to be tilted (pivoted) up and down relative to the base, thereby adjusting the cutting depth relative to the material being cut by increasing or decreasing the amount by which the cutting blade protrudes from a lower surface of the base. The cutting depth adjustment mechanism is configured in such a way that a front portion of the main body of the cutting device is tilted up and down relative to the base, and a guide element, referred to as the depth guide, is positioned between a rear portion of the main body of the cutting device and the base.By changing the position in which the main body of the cutting device is coupled to the depth guide, which is arranged so that it faces upwards on the upper surface of the base, the tilt position and / or depth position of the main body of the cutting device relative to the base can be changed, and the cutting depth can be adjusted. Prior art relating to the cutting depth adjustment mechanism described above is disclosed, for example, in Japanese patent application no. 2006-1148 A and Japanese patent application no. 2009-248326 A.

[0005] As described above, the disclosures relate to the stop mechanism for bevel cuts and the cutting depth adjustment mechanism. Regarding the latter, the cutting depth adjustment mechanism, the main body of the cutting device is configured for easy positioning using a so-called detent mechanism, which provides a perceived click at predetermined cutting depth positions. However, a user must move the main body of the cutting device slowly up and down while visually verifying the desired cutting depth position. This is because, if the main body of the cutting device is moved quickly up and down, it will pass through the detent mechanism at the desired cutting depth position. In this respect, usability requires improvement.Therefore, there is a need to improve the operability of a cutting depth adjustment mechanism by quickly and easily positioning a target cutting depth position, in order to improve the operability and / or usability of the cutting device.

[0006] The present teachings relate generally to a cutting device that may include a base contacting an upper surface of a material to be cut, and a cutting device main body mounted above an upper surface of the base. The cutting device main body may include a circular rotating cutting blade driven by an electric motor, and the cutting device may perform a cutting (sawing) operation such that a lower portion of the rotating cutting blade, projecting from a lower surface of the base, cuts into the material to be cut. Furthermore, the cutting device main body may be mounted to pivot upwards and downwards relative to the base.A cutting depth adjustment mechanism may be provided, allowing the cutting depth of the rotating cutting blade to be adjusted (set) relative to the material being cut by changing the projection of the rotating cutting blade from the side of the lower surface of the base. The cutting depth adjustment mechanism may include a cutting depth stop mechanism, which allows the end position of an upward movement of the cutting device main body in an up-down direction to be adjusted.

[0007] The configuration described above allows the end position of the upward movement of the cutting device main body to be changed by the cutting depth stop mechanism. Accordingly, once the cutting depth is adjusted, a target cutting depth can be quickly achieved, thus improving reproducibility (repeatability) with respect to the cutting depth. As described above, fast and reliable positioning is difficult with a prior art cutting depth mechanism that uses a so-called detent mechanism. However, according to the configuration described above, movement of the cutting device main body to the end position of the upward movement is only necessary when adjusting a cutting depth, provided that the end position of the upward movement of the cutting device main body is appropriately defined by the cutting depth stop mechanism.This allows for quick and reliable positioning of the target cutting depth. In this respect, the ease of use of the cutting device and the cutting depth adjustment mechanism can be improved.

[0008] In one embodiment, the cutting depth adjustment mechanism may include a depth guide located on the upper surface of the base. The depth guide may extend upward from the upper surface of the base between a blade housing for covering the upper part of the rotating blade and a user-held handle. The cutting depth of the rotating blade can be set (adjusted) as desired by fixing the main body of the cutting device to the depth guide. Furthermore, the cutting depth stop mechanism may include a stop lever located on the side of the depth guide opposite the blade housing.

[0009] The configuration described above allows the stop lever of the cutting depth stop mechanism to be positioned between the depth guide and the cutting blade housing, and away from the handle in the base width direction, perpendicular to the cutting direction. Consequently, the stop lever does not interfere with handle operation, ensuring excellent usability of the cutting device.

[0010] In one embodiment, the cutting depth stop mechanism can include a stop component that can move along a guide groove in the depth guide. Furthermore, the stop component can be fixed by holding the depth guide from both sides in a thickness direction and by tightening it with the stop lever. Additionally, a variable-width element, in which the thickness of the depth guide changes, can be provided in the depth guide.

[0011] With the configuration described above, if the stop lever is locked relative to the outer circumferential edge of the depth guide, which is curved in an arc shape, a tip of the stop lever can be prevented from pointing upwards towards an upper side of the depth guide, since an angle of the stop lever relative to an outer circumferential edge of the depth guide is changed.

[0012] In one embodiment, the depth guide can include a regulating component for controlling an area in which the stop lever of the cutting depth stop mechanism can be actuated.

[0013] The configuration described above prevents the stop lever from being overtightened and / or over-loosened. Therefore, the operability of the cutting depth stop mechanism can be improved.

[0014] In one embodiment, the stop lever can include a main lever part and a secondary lever part.

[0015] The configuration described above allows a tilting operation to be performed with a fingertip placed on one or both of the main lever parts and the secondary lever parts. This can improve the usability of the stop lever.

[0016] Additional tasks, features and advantages of embodiments of the present teachings will be more easily understood after reading the following detailed description together with the claims and the accompanying drawings, in which:

[0017] Fig. 1 a side view of a cutting device according to an embodiment, as seen from the right side of a user;

[0018] Fig. 2 one in one direction of the arrow (II) in Fig. 1 Top view of the cutting device according to the embodiment is shown;

[0019] Fig. 3 one in one direction of the arrow (III) in Fig. 1. Front view of the cutting device according to the embodiment is shown;

[0020] Fig. 4 one in one direction of the arrow (IV) in Fig. 1 rear view of the cutting device according to the embodiment is;

[0021] Fig. 5 one in one direction of the arrow (V) in Fig. 1. Side view of the cutting device according to the embodiment, as seen from the left side of the user;

[0022] Fig. 6 is a front view of the cutting device, showing that a base of the cutting device is partially cut out and a main body of the cutting device is positioned in a vertical cutting position;

[0023] Fig. 7 is a front view of the cutting device, showing that a main body of the cutting device is inclined at 45° to a right side as seen by a user;

[0024] Fig. 8 is a front view of the cutting device, showing that, as seen from a user, a main body of the cutting device is inclined at an angle such that an arctangent of the angle is 0.2;

[0025] Fig. 9 is a front view of the cutting device, showing that, as seen from a user, a main body of the cutting device is inclined at an angle such that an arctangent of the angle is 0.3;

[0026] Fig. 10 a front view of the cutting device which shows that, as seen from a user, a main body of the cutting device is inclined at an angle such that an arctangent of the angle is 0.4;

[0027] Fig. 11 is a front view of the cutting device, showing that, as seen from a user, a main body of the cutting device is inclined at an angle such that an arctangent of the angle is 0.5;

[0028] Fig. 12 a side view of a cutting depth adjustment mechanism along line (XII)-(XII) in Fig. Figure 2 shows a state in which the cutting depth adjustment mechanism is seen from one side of the back of a depth locking lever;

[0029] Fig. 13 a side view of a cutting depth adjustment mechanism along line (XIII)-(XIII) in Fig. Figure 2 shows a state in which the cutting depth adjustment mechanism is viewed from one side of the front of a depth locking lever; and

[0030] Fig. 14 is an exploded perspective view of a depth guide and a cutting depth stop mechanism.

[0031] The detailed description, which follows in conjunction with the accompanying drawings, is intended as a description of exemplary embodiments of the present teachings and is not meant to be limiting and / or to represent the only embodiments in which the present teachings can be implemented. The term "exemplary," used throughout this description, means "serving as an example, model, or illustration" and should not necessarily be interpreted as preferable or advantageous over other exemplary embodiments. The detailed description includes specific details to facilitate a better understanding of the exemplary embodiments of the present teachings. It is obvious to the person skilled in the art that the exemplary embodiments of the present teachings can also be implemented without these specific details.In some examples, well-known structures, components and / or devices are shown in block diagram form to avoid obscuring the novelty of the exemplary embodiments presented herein.

[0032] An embodiment of the present teachings is described below with reference to Fig. 1 to Fig. 14 described. As in Fig. 1 to Fig. As shown in 5, a cutting device can be used. 1 According to the embodiment, which can also be described as a portable circular saw, a base 2 , which touches an upper surface of a material W to be cut, and a cutting device main body 10 included, which is located on one upper side of the base 2 It is stored. A user can access the left side of the cutting device. 1 in Fig. 1 be positioned, and the material W to be cut can be moved by moving the cutting device1 towards the right side in Fig. 1. Cut.

[0033] In the following description, the direction in which cutting (sawing) is performed is referred to as the front side, and the user's side is referred to as the rear side. Furthermore, the user is used as a reference point for the left and right directions of components and configurations of the cutting device. 1 Furthermore, in this embodiment, a cutting (sawing) mechanism is used, which is equipped with a rotating cutting blade. 12 The cutting action is performed in a manner perpendicular to the upper surface of the material W to be cut, referred to as a “vertical cut”, and a position of the cutting device main body. 10 in relation to the base 2In this case, it is referred to as a "vertical cutting position". Furthermore, a cutting (sawing) action is performed using the upper part of the main body of the cutting device. 10 shifted to the right side and a tip part of the rotating cutting blade 12 The cutting action is performed on the left side in relation to the vertical cutting position, simply referred to as a "slant cut", and the position of the cutting device main body in relation to the base is in this case referred to as a "slant cut position", to which a tilt angle is added to describe the cutting action. Fig. Figure 3 shows a state in which a vertical cut is made with the cutting device main body 10 The operation is performed in the vertical cutting position. Fig. 7 represents a state in which an oblique cut is made with the cutting device main body 10The cutting device is positioned in a 45° bevel cutting position. In the description of this embodiment, it is assumed that a bevel cut is made with the main body of the cutting device. 10 It is only designed to tilt to the right.

[0034] The base 2 can have the form of a rectangular, flat plate. The base 2 can be placed on and touching a top surface of the material W to be cut. As in Fig. As shown in 2, an angled line guidance is possible. 2a at the front end of the base 2 be arranged.

[0035] As in Fig. 1 and Fig. 2 shown, ruler holding holes 2b for mounting a guide rail (a parallel stop) (not shown), which is used during a cutting operation, on the right side of the base 2 be arranged. The ruler holding holes 2bcan each be located at a front and a rear position of the base 2 The support arm sections of the guide rail can each be inserted into the front and rear guide rail mounting holes. 2b can be introduced and then a main body of the ruler can be parallel to a right end edge of the base. 2 be stored. As in Fig. As shown in 5, ruler holding units can be 8 on the back surface, on the upper surface of the base 2 corresponding to the front and rear ruler holding holes 2b be arranged. The ruler holding units 8 can hold the front and rear support arm parts so that the front and rear support arm parts do not fall out of the ruler holding holes 2b escape. In this embodiment, a ball detent mechanism can be used in the ruler holding unit. 8It can be used. A plurality of concave sections can be arranged longitudinally in the bearing arm section. If the ball of the ball detent mechanism fits elastically into the concave sections, the bearing arm section can be held, and accordingly, the ruler body can be positioned relative to the base. 2 Furthermore, since the bearing arm part of the straightedge is held by the ball detent mechanism, a click can be perceived when the position of the main ruler body is changed relative to the right end edge of the base. 2 It is adjusted (set). In this respect, the usability of the guide rail can be improved.

[0036] The main body of the cutting device 10 can power an electric motor 11 as a drive source, a cutting blade housing 13 , which is almost the upper half of the circular rotating cutting blade 12covers, and a handle 14 included, which is held by the user. The electric motor 11 can be found on the back of the cutting blade housing 13 (left side in Fig. 4) by means of a reduction gear 19 be assembled. As in Fig. As shown in section 5, an outside air intake can be used. 11a in the back of an engine housing (left side in Fig. 4) to introduce cooling air for the electric motor 11 be arranged.

[0037] The handle 14 can have a loop shape and a rear part of the cutting device 1 from an upper part of the electric motor 11 from (extends in between). A power cable 15 can be accessed from the rear part of the handle 14 be led out. The electric motor 11 It can be operated with 230 volts alternating current, which is supplied via the power cable.15 is supplied. The power cable 15 can be attached to a hook part 14a to be suspended from the rear part of the handle 14 is arranged. The power cable 15 can be protected if the power cable 15 on the hook part 14a is suspended and coiled (wound up) in a ring shape.

[0038] For example, in Fig. As shown in 1, a push-button-like shift lever can be used. 14b on one lower side of the handle 14 be arranged. If the gearshift lever 14 is pulled (pressed) with a fingertip of the user while the handle 14 held 11 to be started and the rotating cutting blade 12 can be rotated. A light switch 14c can be located in a side part of the handle 14 be arranged. If the light switch 14cWhen switched on, a light can 3 , located in the vicinity of the front end of the cutting blade housing 13 is arranged, to be switched on. When the light 3 When switched on, a cutting area C, corresponding to a position in which the lower surface of the base 2 with the upper surface of the cutting material W crossed over and furthermore where the rotating cutting blade 12 The light source cuts into the material W to be cut and illuminates the area. 3 When switched on, the rotating cutting blade can 12 The cutting edge, which cuts into the material W to be cut, can be easily seen and / or observed (verified) during a cutting process at night or in the dark. Accordingly, a cutting process can be carried out quickly and accurately. As in Fig. As shown in 1, the light can 3on the back surface and / or on the left side as seen by the user in relation to the rotating cutting blade 12 with respect to a position in the left-right direction and can be arranged in a position that is towards the front side from the tip of the rotating cutting blade 12 is offset with respect to a position in a front-back direction. Accordingly, the cutting area C and the angular line guidance can be 2a be sufficiently illuminated without the light from the lamp being too bright 3 through a cutting edge of the rotating cutting blade 12 is blocked.

[0039] As in Fig. As shown in section 5, an outside air intake can be used. 14d for introducing outside air into the area around the base part on the rear side of the handle 14 be arranged. When the electric motor is started, outside air can enter the motor housing through the outside air intake. 11aon the rear side of the housing and the outside air intake 14d on the base of the handle 14 flow and the electric motor 11 It can be cooled. A control system. 9 mainly for controlling the electric motor 11 can be located in the housing in the vicinity of the base part on the rear side of the handle. 14 be recorded. The control 9 It can also be cooled by the motor cooling air that flows into the motor housing when the electric motor is running. 11 will be started.

[0040] A movable cover 16 can almost cover the lower half of the rotating cutting blade 12 Cover. The movable cover 16 can be stored in such a way that it is in relation to the cutting blade housing 13 It is rotatable. The movable cover 16 can be pre-tensioned in a closing direction that is counterclockwise. Fig. 1 is. If the movable cover 16 clockwise Fig. 1. If the cover is turned against the spring preload force, the movable cover can be opened. 16 It can be opened gradually, and accordingly the rotating cutting blade can 12 gradually become apparent. On the other hand, if the movable cover 16 in the counterclockwise direction Fig. When 1 is rotated, the movable cover can be 16 can be gradually closed, and accordingly the rotating cutting blade can 12 through the movable cover 16 They can be covered gradually. An opening and closing lever. 16a for manually opening and closing the movable cover 16 The user can access the rear part of the movable cover. 16 be arranged. Furthermore, as in Fig. 1 shown when the cutting device 1is moved in the cutting direction while a tip end of the movable cover 16 When the end surface of the material W to be cut is touched, the movable cover can 16 be opened accordingly.

[0041] The main body of the cutting device 10 It can be mounted in such a way that it is primarily tiltable to the right side with respect to the front-back direction (one cutting direction). A pair of angle plates, i.e., a front angle plate. 20 and a rear angle plate 24 , can be found on the upper surface of the base 2 be arranged. A main body support bracket (main body support holder) 21 can be through the front angle plate 20 be positioned so that the main body support bracket 21 around a (front) main body tilting spindle (main body tilting bolt) 17 in the left-right direction (a latitude direction of the base) 2) can pivot in the front-back direction. Similarly, a main body support bracket can 25 through the rear angle plate 24 be positioned so that the main body support bracket 25 around a (rear) main body tilting spindle (main body tilting bolt) 18 in the left-right direction (the latitude direction of the base) 2 ) can pivot in the front-back direction. The front and rear main body tilt spindles 17 and 18 can be arranged coaxially to each other. The front and rear main body support brackets. 21 and 25 can be used with the front or rear end part of the cutting blade housing 13 be connected and the main body of the cutting device 10 It can be positioned in such a way that it can be tilted mainly to the right side in relation to the front-back direction.

[0042] The front and rear angle plate 20 and 24 can arc-shaped insertion slots 20a or 24a included. Furthermore, wing nuts may be included. 23 and 26 into the front or rear insertion slot 20a or 24a have been introduced. Furthermore, wing nuts can be used. 23 and 26 in the main body support bracket 21 or 25 They are screwed together. Because of this design, tightening the front and rear wing nuts allows for... 23 and 26 Swivel positions of the main body support brackets 21 and 25 to be fixed. By fixing the swivel positions of the main body support brackets. 21 and 25 can the tilt position of the cutting device main body 10 can be fixed in place. Alternatively, it can be loosened by loosening the front and rear wing screws. 23 and 26the main body of the cutting device 10 mainly to the right side around the main body tilt spindles 17 and 18 be inclined.

[0043] The front main body support bar 21 can be used with the front end part of the leaf housing 13 by means of a tilting spindle 22 be connected. By changing the up-down tilt position of the cutting device main body. 10 using the up-down tilt spindle 22 , can be a projection of the rotating cutting blade 12 from the lower surface of the base 2 can be changed. By changing the leading edge dimension of the rotating cutting blade. 12 from the lower surface of the base 2 can determine the cutting depth of the rotating cutting blade 12 The cutting depth adjustment mechanism is adjusted (set) with respect to the material W to be cut. Details of a cutting depth adjustment mechanism.40 will be described later.

[0044] A depth guide 41 , which controls the cutting depth adjustment mechanism 40 It can be moved vertically (upwards and downwards) and pivotally through the rear main body support bracket. 25 be stored. As will be described later, the depth guide 41 to the back of the cutting blade housing 13 be fixed. The rear part of the cutting device main body. 10 can be applied to the upper surface of the base 2 using the depth control 41 , the main body support bar 25 and the angle plate 24 be stored.

[0045] As in Fig. Figure 3 shows the vertical cutting position of the cutting device main body. 10 accurate and fast by touching a vertical positioning part 21c , which is located in the left end part of the main body support bracket 21with a vertical positioning stop 6 , which is located on the upper surface of the base 2 is arranged, is arranged, can be positioned. A screw can be used with the vertical positioning stop. 6 can be used. By adjusting the tightening dimension of the vertical positioning stop. 6 , a vertical cutting position of the cutting device main body 10 be precisely adjusted.

[0046] As in Fig. As shown in 2, the vertical positioning stop 6 to a gearshift lever 7 to switch to the reverse tilt (direction), which is located on the upper surface of the base 2 is arranged, be attached. The gearshift lever 7 can be operated in such a way that it pivots in the horizontal direction, so that the vertical positioning stop 6 between a position below a vertical positioning part 21cand a position withdrawn to a lateral side from the position below the vertical positioning part 21c is swung. When the gearshift lever 7 is actuated so that it rotates in the horizontal direction and the vertical positioning stop 6 below the vertical positioning part 21c Once positioned, the main body of the cutting device can 10 in the vertical cutting position, as described above. On the other hand, if the shift lever 7 is actuated so that it rotates in the horizontal direction and the vertical positioning stop 6 to one side from below the vertical positioning part 21c When the electric motor retracts, the rear left part can be accessed. 11 inclined and / or reverse inclined, for example by about 5° in a downward displacement direction and / or in a direction that the base 2 approximate direction.

[0047] As described above, the main body of the cutting device can 10 to the right side from the vertical section position by loosening the wing nuts 23 and 26 be inclined. As in Fig. Figure 3 shows an angle scale (0°, 15°, 30° and 45°) which indicates the inclination angle of the cutting device main body. 10 indicates, on a side part of the front insertion slot 20a be marked. Furthermore, an indicator can 21a on the main body support bracket 21 be arranged. The inclination angle of the cutting device main body 10 can be used with an angle value that the indicator 21a displayed, confirmed (verified).

[0048] As in Fig. As shown in 3, the indicator can 21 point to a scale angle of 0° when the main body of the cutting device is 10is in the vertical cutting position, i.e., when the rotating cutting blade is 12 is perpendicular to the upper surface of the material W to be cut. As in Fig. As shown in 7, the indicator can 21 point to a scale angle of 45° when the main body of the cutting device is 10 is in the 45° bevel cutting position, i.e., when the rotating cutting blade 12 is located at an angle of 45° with respect to the upper surface of the material W to be cut.

[0049] As in Fig. As shown in Figure 7, a 45° positioning stop can be used. 4 at the upper part of the base 2 be arranged so that the 45° bevel cutting position of the cutting device main body 10 It can be positioned accurately. By touching a first contact stage part. 21b of the main body support bracket 21 with the 45° positioning stop 4, the 45° bevel cutting position of the cutting device main body 10 They can be positioned accurately and quickly. As in Fig. As shown in Figure 1, a “45” character can be placed in a side panel of the first contact stage part. 21b It should be marked. The 45° bevel cutting position of the cutting device main body. 10 can be done by tightening the wing nut 23 The 45° bevel cutting position can be positioned in such a way that contact step parts 31a until 31d of an angle switch component 31 , which will be described later, are withdrawn in an upward direction.

[0050] Regarding tilt angles other than 45°, the user can adjust the main body of the cutting device. 10 at a specified tilt angle by tightening the wing nut 23 in a state in which the cutting device main body 10is tilted and moved to the target tilt angle, fix it while the user adjusts the scale angle of the angle plate. 20 , on which the indicator 21a shows, can determine (verify). Furthermore, the cutting device can 1 according to this embodiment, a tilt stop mechanism 30 It includes a feature that allows for quick and accurate positioning of predetermined tilt angles, which may differ from the vertical cutting position and the 45° bevel cutting position. This is achieved when using the tilt stop mechanism. 30 can the main body of the cutting device 10 can be positioned accurately and quickly at a desired tilt angle without using the angle scale of the angle plate. 12 to observe.

[0051] As in Fig. As shown in 3, the tilt angle stop mechanism can be 30 according to this embodiment, a tilt positioning stop 5and a plate-shaped angle switch component 31 Included. The angle switch component 31 can be accessed through the front surface of the main body support bracket 21 be stored. The angle switch component 31 can be positioned away from the angle plate 20 and near the rotating cutting blade 12 with respect to a lateral direction (a sideways direction) of the base 2 be arranged. The angle switch component 31 can be arranged in such a way that it is around a spindle 32 The spindle is rotatable. 32 can parallel to the main body tilting spindles 17 and 18 of the cutting device main body 10 be arranged. Due to this design, the angle switch component can 31 be positioned so that the angle switch component 31 can be rotated about an axis that is parallel to the tilting axis of the cutting device main body10 As shown in the drawings, the plate-shaped angle switch component can 31 It should be arranged so that it projects in the radial direction (base width direction) perpendicular to the front-back direction, with the thickness direction of the angle switch component. 31 consistent with the front-back direction. Furthermore, a rotating shaft (the spindle) can be used. 32 ) of the angle switch component 31 above the main body tilting spindle 17 in relation to a vertical direction and can be closer to the side of the rotating cutting blade. 2 as to the main body tilt spindle 17 be arranged in relation to a base width direction.

[0052] A plurality of step-shaped contact step parts 31a until 31d can be in a side part of the angle switch component 31 be arranged. In this embodiment, a second contact stage part can be arranged. 31a, which is marked with “2”, a third contact stage part 31b , which is marked with “3”, a fourth contact stage part 31c , which is marked with “4”, and a fifth contact stage part 31d The second contact step section, marked with "5", should be arranged sequentially in a stair-like pattern. 31a The third contact step can correspond to an angle of inclination such that an arctangent of the angle is 0.2 (approximately 12°). The fourth contact step can correspond to an angle of inclination such that an arctangent of the angle is 0.3 (approximately 17°). 31c can correspond to an angle of inclination, so that an arctangent of the angle is 0.4 (approximately 22°). And the fifth contact stage part 31d can correspond to an angle of inclination, such that an arctangent of the angle is 0.5 (approximately 27°).

[0053] As in Fig. As shown in section 3, the tilt positioning stop can be used. 5at the base below the angle switch component 31 be arranged. A screw can be used at the tilt position stop. 5 It can be used by adjusting the tightening dimension of the tilt positioning stop. 5 The tilt angles described above can be precisely adjusted.

[0054] The angle switch component 31 can be held in a retracted position, so that the angle switch component 31 with regard to the tilt position stop 5 in one direction far upwards, as in Fig. 6 shown, withdrawn, or a second position to a fifth position, in which each of the second to fifth contact stage part 3la until 31d directed downwards and / or the tilt position stop, as in Fig. 8 to Fig. 11 shown, touched. In this embodiment, a ball plunger (ball pressure piece) can be used so that the switching position of the angle switch component 31 can be held firmly. By elastic engagement of a ball of the ball stamp, which is in the main body support bracket. 21 It is provided with a concave engagement part that is located in an opposite surface of the angle switch component. 31 As provided, the switching position of the angle switch component can be held firmly.

[0055] Fig. 8 represents a state in which the cutting device main body 10 is inclined in such a way that the angle switch component 31 is switched to the second position, in which the second contact stage part 31a of the angle switch component 31 in the direction of the tilt position stop 5is directed and / or touches this. In this state, the tilt positioning stop can 5 in contact with the second contact stage part 31a be held. Accordingly, the main body of the cutting device can be 10 It should be positioned so that the arctangent of an inclination angle is 0.2 (approximately 12°). By tightening the wing nut. 23 In this state, the main body of the cutting device can 10 be fixed at an angle of inclination of approximately 12°.

[0056] Fig. 9 represents a state in which the cutting device main body 10 is inclined in such a way that the angle switch component 31 is switched to the third position, in which the third contact stage part 31b of the angle switch component 31 in the direction of the tilt position stop 5is directed and / or touches this. In this state, the tilt positioning stop can 5 in contact with the third contact stage part 31b be held. Accordingly, the main body of the cutting device can be 10 It should be positioned so that the arctangent of an inclination angle is 0.3 (approximately 17°). By tightening the wing nut. 23 In this state, the main body of the cutting device can 10 be fixed at an angle of inclination of approximately 17°.

[0057] Fig. 10 represents a state in which the cutting device main body 10 is inclined in such a way that the angle switch component 31 is switched to the fourth position, in which the fourth contact stage part 31c of the angle switch component 31 in the direction of the tilt position stop 5is directed and / or touches this. In this state, the tilt positioning stop can 5 in contact with the fourth contact stage part 31c be held. Accordingly, the main body of the cutting device can be 10 It should be positioned so that the arctangent of an inclination angle is 0.4 (approximately 22°). By tightening the wing nut. 23 In this state, the main body of the cutting device can 10 be fixed at an angle of inclination of approximately 22°.

[0058] Fig. 11 represents a state in which the cutting device main body 10 is inclined in such a way that the angle switch component 31 is switched to the fifth position, in which the fifth contact stage part 31d of the angle switch component 31 in the direction of the tilt position stop 5is directed and / or touches this. In this state, the tilt positioning stop can 5 in contact with the fifth contact stage part 31d be held. Accordingly, the main body of the cutting device can be 10 It should be positioned so that the arctangent of an inclination angle is 0.5 (approximately 27°). By tightening the wing nut. 23 In this state, the main body of the cutting device can 10 be fixed at an angle of inclination of approximately 27°.

[0059] As described above, switching the angle switch component allows 31 in one of the second to fifth positions of the selected contact stage part 31a until 31d in contact with the tilt positioning stop 5 be brought and the cutting device main body 10It can be positioned quickly and accurately so that an arctangent of a tilt angle is 0.2 (approximately 12°), 0.3 (approximately 17°), 0.4 (approximately 22°), or 0.5 (approximately 27°). Furthermore, each of these tilt angles can be adjusted by tightening the tilt positioning stop. 5 be precisely adjusted.

[0060] As described above, the cutting device can 1 According to this embodiment, the vertical cutting position of the cutting device main body 10 by touching the vertical positioning part 21c of the main body support bracket 21 with the vertical positioning stop 6 can be positioned. Furthermore, the 45° bevel cutting position of the cutting device main body can be adjusted. 10 by touching the first contact stage part 21b of the main body support bracket 21 with the 45° positioning stop 4can be positioned. Furthermore, the main body of the cutting device can be 10 at tilt angles of 12°, 17°, 22° or 27° by touching one of the second to fifth contact stage parts 31a until 31d of the angle switch component 31 with the tilt positioning stop 5 can be positioned. In this way, the main body of the cutting device can be positioned. 10 the cutting device 1 According to this embodiment, components can be positioned quickly and accurately in the vertical cutting position, in the 45° bevel cutting position, or in the 12°, 17°, 22° or 27° bevel cutting positions by applying a so-called positive stop mechanism, in which positioning of a component can be carried out quickly and accurately by touching the component with another component.

[0061] The tilt stop mechanism 30 can be removed from the angle plate 20and near the rotating cutting blade 12 be arranged. Due to this design, the user can easily mark the angle switch component. 31 perceive in a more comfortable way than by the angle marking of the angle plate 20 to be seen. Accordingly, the tilting position of the cutting device main body can be seen. 10 can be done in a simple way.

[0062] The cutting depth adjustment mechanism is described below. 40 described. In a top view, the cutting depth adjustment mechanism can be seen. 40 between the handle 14 and the cutting blade housing 13 be arranged. As described above, the cutting depth adjustment mechanism can be 40 the depth guide 41 exhibiting a circular arc shape. As in Fig. 13 and Fig. As shown in Figure 14, a cylindrical bearing attachment part can be used.41c on the lower part of the depth guide 41 be arranged. The depth guide 41 can be positioned so that it extends forwards and backwards in relation to the main body support bracket 25 on the rear side by means of a spindle 42 , which are used in the storage approach 41c Once inserted, it can tilt. The spindle 42 can be perpendicular to the main body tilting spindle 18 be.

[0063] The spindle 42 can be used in the storage attachment part 41c depth control 41 be inserted so that the spindle 42 It can be moved in the axial direction and rotated around its axis. Due to this design, the depth control can be adjusted. 41 through the main body support bracket 25 be mounted in such a way that the depth guide is positioned in the axial direction of the spindle. 42 (in one latitude direction of the base) 2, which is a direction indicated by an unfilled arrow in Fig. (as shown in section 14) can be adjusted. By adjusting the position of the depth guide. 41 in the base width direction in relation to the main body support bracket 25 can be of an extent to which the rotating cutting blade 12 parallel to the end face of the base 2 It needs to be precisely adjusted. A position of the depth guide 41 In the base width direction, adjustment can be made by tightening a screw (not shown) located in the lower surface of the bearing attachment part. 41c is arranged, and by pressing the spindle 42 be fixed.

[0064] The depth guide 41 can be configured to extend in an arc shape in an upward and diagonally forward direction from the main body support bar 25 extends. The depth guide 41can essentially run parallel to the back (the left side in) Fig. 4) of the cutting blade housing 13 be arranged. A thickness and / or a width dimension in the base width direction of the depth guide. 41 It can be configured so that it is not constant. The depth guide 41 It can be configured to be in a tapered shape, so that a thickness of the depth guide 41 becomes thicker towards a lower end part.

[0065] As in Fig. 12 to Fig. 14 shows a guide slot hole 41a in the depth control 41 The guide groove should be provided. 41a can move from the lower part to the upper part of the depth guide 41 be arranged, that is to say, essentially along the entire length of the depth guide 41 The guide slot 41acan be configured to operate in the same way as the depth guide 41 , is curved in an arc shape. Furthermore, the guide groove hole 41a through the depth guidance 41 in the thickness direction of the depth control 41 be trained through it. As in Fig. 13 and Fig. As shown in Figure 14, a wider stepped section is possible. 41b on the back side of the guide slot 41a be trained.

[0066] A fixed shaft 44 , which extends from the back (the left side in Fig. 4) of the cutting blade housing 13 extends, can into the guide slot 41a depth control 41 It must be inserted. The fixed shaft 44 can be attached to the back of the leaf casing 13 be fixed in such a way that the fixed shaft 44It cannot rotate or move axially. A screw shaft portion can be attached to a tip portion of the fixed shaft. 44 A depth-locking lever is provided. 43 can be done at the tip of the fixed shaft 44 It can be attached using this screw shaft part. By tilting the depth locking lever. 43 in one locking direction (a direction to the right when viewed from the back), the depth guide 41 firmly between the depth locking lever 43 and the cutting blade housing 13 be held and the main body of the cutting device 10 It can be fixed with respect to the up-down tilt direction. In this way, the cutting depth of the rotating cutting blade can be adjusted. 12 be fixed. On the other hand, it can be fixed by tilting the depth locking lever. 43in an unlocking direction (a direction to the left when viewed from the rear) a holding dimension and / or a tightening dimension of the depth guide 41 between the depth locking lever 43 and the cutting blade housing 13 be released and the main body of the cutting device 10 can be around the up-down tilt spindle 22 It can be tilted upwards and downwards in one direction. In this way, the cutting depth of the rotating cutting blade can be adjusted. 12 be adjusted.

[0067] Fig. 12 and Fig. Figure 13 shows a state in which the cutting depth is at its maximum, so that the main body of the cutting device 10 is positioned at a movable lower end. In this state, the fixed shaft can 44 in the vicinity of the lower end part of the guide groove 41a , as in Fig. 13 shown, be positioned. When the depth locking lever43 is tilted in the unlocking direction from this position and the main body of the cutting device 10 upwards around the up-down tilt spindle 22 If tilted, the depth locking lever can 43 and the fixed shaft 44 in one direction upwards along the guide groove 41a depth control 41 integral with the cutting device main body 10 be shifted. The cutting depth of the rotating cutting blade. 12 can within the area in which the fixed shaft 44 along the guide groove 41a It can be moved or adjusted.

[0068] In this embodiment, a position of a substantially upper end part of the guide groove hole can be determined. 41a (an upper end position within the area in which the fixed shaft 44 (can be shifted) by a cutting depth stop mechanism50 The cutting depth stop mechanism can be changed and / or adjusted. 50 can be used in the depth control 41 be planned. As in Fig. As shown in 14, the cutting depth stop mechanism can be 50 a stop component 51 and a stop lever 52 included, which contains the stop component 51 fixed in position. Furthermore, the stop component can 51 a sliding part 51a and a contact part 51b included. The contact part 51b can be integral with the sliding part 51a on the front surface of the sliding part 51a be trained. The contact part 51b can be accessed from the rear end of the sliding part 51a protrudes further back. A screw hole 51c can be found on the front side of the sliding part 51a be provided. The stop component 51 can be arranged in such a way that the sliding part 51aalong the inside of the stepped section 41b can slide. Furthermore, the stop component can 51 through the guide slot 41a be stored in such a way that the contact part 51b in the guide groove 41a can be positioned.

[0069] The stop lever 52 can a main lever part 52a and an auxiliary lever part 52b included. The main lever part 52a and the auxiliary lever part 52b can extend in such a way that the two parts 52a and 52b They are essentially configured in a V-shape and extend in different directions. The user can adjust the stop lever. 52 with its fingertip placed on one or both of the main lever part 52a and the auxiliary lever part 52b incline. A fixing screw 53 can be connected to a coupling hole 52cof the stop lever 52 be coupled so that the fixing screw 53 It cannot be rotated relatively. The fixing screw 53 can be achieved through a retaining ring 54 be prevented from removing it from the stop lever 52 falls out. The fixing screw 53 can be inserted into the guide slot from the front surface 41a depth control 51 by means of a washer 55 It must be inserted. The fixing screw 53 can go into the screw hole 51c of the stop component 51 be screwed together.

[0070] If the stop lever 52 If the screw is tilted in the direction of the screw (in the direction of a locking side), the fixing screw can 53 in the screw hole 51c be tightened and the stop component 51 can be positioned in any position along the guide slot 41abe fixed. If the fixing screw 53 in the screw hole 51c Once tightened, the guide groove hole 41a depth control 41 through the sliding part 51a of the stop component 51 and the washer 55 , i.e., held firmly from both sides and the stop component 51 can be positioned in any position of the guide slot 41a be fixed. If the stop lever 52 If the screw is tilted in a loosening direction (towards a release side), a tightening extent of the fixing screw can be determined. 53 in the screw hole 51c of the stop component 51 be released and the stop component 51 can be done along the guide groove 41a to be moved.

[0071] A position of the contact part 51b can be achieved by moving the stop component 51 along the guide groove 41aThe contact part needs to be adjusted. 51b can have a significant function of changing an upper end part of the guide groove hole 41a . If the cutting device main body 10 To achieve a smaller cutting depth than the maximum cutting depth, and / or to tilt upwards, the contact part can be fixed. 51b at a constant position and by touching the fixed shaft 44 of the depth locking lever 43 with the contact part 51b The tilt position of the cutting device's main body, both upwards and downwards, can be quickly and accurately restored. Accordingly, a constant cutting depth can be quickly and accurately restored (reproduced).

[0072] As described above, the stop component 51 the essential function of changing the upper end part of the guide groove hole 41aexhibit this. Thus, the cutting depth stop mechanism can 50 The function includes regulating a lower limit of the adjustable cutting depth. Furthermore, if the cutting depth is set to a maximum, as in Fig. As shown in 13, this can be achieved by moving the stop component. 51 into the lowest position and by touching the fixed shaft with the stop component 51 an unexpected displacement of the cutting device main body 10 upward movement is prevented and the maximum cutting depth can be maintained even if the depth lock lever is engaged. 43 is solved by an error (mistakenly).

[0073] As in Fig. As shown in 14, a regulatory edge part can be 45 on the lower surface of the depth guide 41 be provided for. The regulatory edge section 45 can be located below the main lever part 52 and the auxiliary lever part 52bbe arranged so that it faces towards the front surface (to the right) Fig. 14) along a lower side of the guide slot 41a The regulatory edge section is located at the front. 45 Can the stop lever be actuated? 52 to restrict to a predetermined area. If the stop lever 52 When tilted towards the unlocking side, the auxiliary lever part 52b with the regulating edge part 45 interfere and a tilting actuation of the stop lever 52 The screw loosening direction may be limited. On the other hand, if the stop lever 52 When tilted towards the locking side, the main lever part 52a with the regulating edge part 45 interfere and a tilting actuation of the stop lever 52 The tightening direction of the screws may be restricted. In this way, the regulating edge part can 45 the stop lever 52to prevent it from being excessively tightened and loosened, thus preventing the position of the stop component from being affected. 51 by rapidly tilting (swiveling) the stop lever 52 It can only be changed by a necessary and sufficient angle. Accordingly, the operability of the cutting depth stop mechanism can be affected. 50 It should be improved.

[0074] As described above, the thickness of the depth guide can be adjusted. 51 (thickness d, as in Fig. (shown in 14) is modified (modified part) instead of remaining constant. In this embodiment, the thickness of the depth guide is changed. 51 It becomes thicker towards the lower end. Because of this design, by changing the angle (mainly) of the main lever part... 51 of the stop lever 52 with respect to an outer circumferential edge of the depth guide 41 , which has an arc shape, a tip of (mainly) the main lever part 52not upwards towards the side of the upper part of the depth guide 41 be judged.

[0075] Furthermore, a position and / or direction of (mainly) the main lever part can be determined. 52 with regard to the outer circumferential edge of the depth guide 41 in an unlocked position in which the stop lever 52 is solved, on one side of the upper part and one side of the lower part of the depth guide 41 can be changed. In this embodiment, since the thickness d is on the lower side of the depth guide, 41 It is configured to be large (thicker), one direction of the main lever part 52a , in which the stop lever 52 located on the lower side and inclined in the unlocking position, rather obliquely (a direction in which the main lever part 52 (might be more loose) than upwards (directed), in case a direction of the main lever part52 , in which the stop lever 52a located on the higher side and inclined in the locking position, is pointing upwards (upwards). Because of this, a direction and / or a relative position of the main lever part can be determined. 52 in relation to the outer circumferential edge of the depth guide 41 , which has a curved shape, with, for example, a radial direction of depth control 41 agree, even if the main lever part 52a is positioned on the top side or on the bottom side.

[0076] Furthermore, the depth control 41 the regulatory edge part 45 Included. The regulating edge part. 45 can the stop lever 52 to prevent it from being excessively loosened, since the secondary lever part 52 with the regulating edge part 45 interferes. A relative position of the main lever part 52a and the auxiliary lever part 52bcan be configured so that the main lever part 52a in the radial direction with respect to the outer circumferential edge of the depth guide 51 in which case the auxiliary lever part is positioned 52b the regulatory edge part 45 touched from above. In this way, since the auxiliary lever part 52b with the regulating edge part 45 If interfered, the release position of the stop lever may be affected. 52 can be regulated, and accordingly the main lever part can be adjusted. 52a in the radial direction with respect to the outer circumferential edge of the depth guide 41 can be positioned at any time.

[0077] Furthermore, as described above, the depth control 41 It must be configured to have a tapered shape, so that a thickness d of the depth guide 41It becomes thicker towards a lower end. This design allows for a release position of the stop lever. 52 be configured so that the main lever part 52a in the radial direction with respect to the outer circumferential edge of the depth guide 41 is positioned even if the main lever part 52a on the top or bottom side of the depth guide 41 is located. Accordingly, a subsequent fingertip operation can tilt the main lever part. 52a in one locking direction in a simple way, even if the stop lever 52 on the side of the upper position or the side of the lower position of the depth guide 41 is located. In this respect, the operability of the stop lever can be improved. 52 It should be improved.

[0078] Furthermore, as in Fig. 2 and Fig. As shown in 14, a depth scale can be used. 41d, which are used to check (observe) the cutting depth of the rotating cutting blade 12 (a forward measurement from the lower surface of the base 2 ) is used on the upper surface of the depth guide 41 It should be marked. The depth scale 41d The cutting depth can be marked "0", "15", "30", "45", and "60" in sequence from top to bottom, with a cutting depth interval of 15 mm. If the fixed shaft... 44 When positioned at “0”, a projection of the rotating cutting blade can be achieved. 12 The lower surface of the base must be configured so that it is 0 mm. If the shaft is fixed... 44 When positioned at “60”, a projection of the rotating cutting blade can be achieved. 12 The lower surface of the base should be configured to be 60 mm, which indicates the maximum projection.

[0079] As in Fig. As shown in Figure 14, a reinforcing rib can be used.41c on the lower surface of the depth guide 41 (an inner circumferential surface of the arc-shaped part). The reinforcing rib 41e This ensures the rigidity of the depth guide with respect to deflection. In this way, since the rigidity of the depth guide 41 With regard to deflection, an actuating force can be applied to tilt the stop lever. 42 efficiently to the stop lever 42 be transferred. Accordingly, the operability of the stop lever can be affected. 52 It should be improved.

[0080] According to the cutting device 1 In this embodiment described above, an end position of the movement of the cutting device main body can be achieved. 10upwards, which is a position at the upper end within the area where the cutting depth can be adjusted (one side where the cutting depth becomes small) by the cutting depth stop mechanism 50 can be changed. Due to this design, the cutting depth stop mechanism can be appropriately set. 50 , when the cutting depth of the rotating cutting blade 12 Once adjusted, an adjustment to a target cutting depth can be carried out quickly, and the recoverability with regard to the cutting depth can be improved.

[0081] As described above, with a cutting depth adjustment mechanism that uses a prior art detent mechanism, fast and reliable positioning can be difficult. On the other hand, with the cutting depth stop mechanism 50 according to the embodiment by suitable adjustment of a position of the contact part 51in advance the movement of the main body of the cutting device 10 The final position of the upward movement is only needed once when the main body of the cutting device is in place. 10 up and down around the spindle 22 The cutting device is moved. This allows for accurate and quick positioning of the desired cutting depth. In this respect, the ease of use of the cutting device can be improved. 1 as well as the cutting depth adjustment mechanism 40 can be improved.

[0082] Furthermore, the cutting depth stop mechanism 50 according to this embodiment of the stop lever 52 between the depth guide 41 and the cutting blade housing 13 , i.e., away from the handle 14 (on one side opposite the handle) 14 in relation to depth control 41) in relation to a position in the base width direction perpendicular to the cutting direction. Due to this design, the stop lever can 52 not with a holding motion of the handle 14 interfere. Accordingly, high operability of the cutting device can be achieved. 1 can be achieved.

[0083] Furthermore, the cutting depth stop mechanism 50 according to the embodiment, the stop component 51 configured to do so by holding the depth guide 41 from both sides in the thickness direction and by tightening with the stop lever 52 is fixed. Furthermore, the thickness d of the depth guide can be adjusted. 41 in the direction of the base (towards the side of the lower part) they increase (thicken). Furthermore, the depth control can 41 the regulatory edge part 45 included, which includes an actuation range of the stop lever 52regulated. Due to this design, a relative position of the main lever part is possible. 52a with respect to the outer circumferential edge of the depth guide in an unlocked position of the stop lever 52 essentially with the radial direction independent of the top or bottom side (relative position of the depth guide) 51 (in a longitudinal direction). Thus, the operability of the stop lever can be adjusted. 52 It should be improved.

[0084] The present teachings are not limited to the embodiments described above and can be further modified without deviating from the scope of protection of the present teachings. For example, in the embodiments described above, the cutting device has 1 the power cable 15 It is powered by an alternating current supply. However, the tilt stop mechanism can 30 and the cutting depth stop mechanism 50It can also be used with a cutting device that uses a battery as a power source or is operated with a direct current supply.

[0085] Furthermore, regarding the cutting depth stop mechanism 50 the stepped section 41b and / or the regulatory edge part 45 This is omitted. Furthermore, in this embodiment, the depth control can be... 41 It should be configured to be in a tapered shape, so that the thickness of the depth guide 41 becomes thicker towards a lower end part, thus creating an unlocking position for the stop lever. 52 with regard to the outer circumferential edge of the depth guide 41 with the radial direction on the side of the upper and lower parts. However, this configuration can also be omitted.

[0086] It is explicitly emphasized that all features disclosed in the description and / or the claims are to be considered separate and independent of one another for the purposes of the original disclosure as well as for the purpose of limiting the claimed invention, irrespective of the combinations of features in the embodiments and / or the claims. It is explicitly stated that all range specifications or specifications of groups of units disclose every possible intermediate value or subgroup of units for the purposes of the original disclosure as well as for the purpose of limiting the claimed invention, in particular also as a boundary of a range specification. QUOTES INCLUDED IN THE DESCRIPTION

[0087] This list of documents cited by the applicant was automatically generated and is included solely for the reader's convenience. The list is not part of the German patent or utility model application. The DPMA accepts no liability for any errors or omissions. Cited patent literature

[0088] JP 2001-54816 A

[0003] JP 2001-232515 A

[0003] JP 2007-7883 A

[0003] JP 2006-1148 A

[0004] JP 2009-248326 A

[0004]

Claims

[1] Cutting device ( 1 ), which has a base ( 2 ), which is adapted to touch an upper surface of a workpiece to be cut (W), and a cutting device main body ( 10 ) exhibits above an upper surface of the base ( 2 ) is stored, in which the main body of the cutting device ( 10 ) a circular rotating cutting blade ( 12 ) features an electric motor ( 11 ) is rotated as a drive source, with the cutting device ( 1 ) performs a cutting operation in which a lower part of the rotating cutting component ( 12 ), which is from a lower surface of the base ( 2 ) protrudes, cuts into the material (W) to be cut, during the the main body of the cutting device ( 10 ) is positioned so that it extends upwards and downwards in relation to the base ( 2 can swivel a cutting depth adjustment mechanism ( 40 ) is provided, with which a cutting depth of the rotating cutting blade ( 12 ) in relation to the material to be cut (W) by changing a projection of the rotating cutting blade ( 12 ) from the side of the lower surface of the base ( 2 ) can be adjusted, and the cutting depth adjustment mechanism ( 40 ) a cutting depth stop mechanism ( 50 ) contains, with which an end position of a movement of the cutting device main body ( 10 ) can be adjusted upwards and downwards in one direction. [2] Cutting device ( 1 ) according to claim 1, in which the cutting depth adjustment mechanism ( 40 ) a depth guide ( 41 ) contains, which are located on the upper surface of the base ( 2 ) is arranged, in which the depth control ( 41) upwards from the upper surface of the base ( 2 ) between a cutting blade housing ( 13 ) to cover an upper part of the rotating cutting blade ( 12 ) and a handle to be held by a user ( 14 extends the cutting depth of the rotating cutting blade ( 12 ) arbitrarily by fixing the main body of the cutting device ( 10 ) on the depth guide ( 41 ) can be adjusted, and the cutting depth stop mechanism ( 50 ) a stop lever ( 52 ) contains, which is on one side of the depth guide ( 41 ), which the cutting blade housing ( 13 ) opposite, is arranged. [3] Cutting device ( 1 ) according to claim 1 or 2, in which the cutting depth stop mechanism ( 50 ) a stop component ( 51 ) contains, which extends along a guide groove ( 41) the depth control ( 41 can move the stop component ( 51 ) by maintaining the depth guide ( 41 ) from both sides in one thickness direction and by tightening with the stop lever ( 52 ) can be fixed, and a modification part in which the thickness of the depth guide is ( 41 ) changed, in the depth guide ( 41 ) is planned. [4] Cutting device ( 1 ) according to claim 2 or 3, wherein the depth control ( 41 ) a regulatory component ( 52 ) for regulating a range in which the stop lever ( 52 ) of the cutting depth stop mechanism ( 50 ) can be activated. [5] Cutting device ( 1 ) according to one of claims 2 to 4, wherein the stop lever ( 52 ) a main lever part ( 52a ) and an auxiliary lever part ( 52b ) contains.