DE202021102663U1 - Triaxial constraining tool placement device - Google Patents

Abstract

A triaxial constraining tool placement device, the tool placement device comprising:
a base section (10), wherein an X-axis and a Y-axis are defined along the horizontal extension direction of the area different from the base section (10) and at least one placement area (11) is provided in the base section (10);
at least one tool placement rail (20) removably assembled with the placement area (11), the at least one tool placement rail (20) elongated along the X-axis and having a first end (21), a second end (22) and a long plate segment (23) provided between the first end (21) and the second end (22), a plurality of tool holder seats (24) being slidably arranged on the long plate segment (23) and each tool holder seat (24) protruding with a rod body (25) is provided and a Z-axis is defined according to the extending direction of the rod bodies (25);
a three-axis delimiting structure which is provided in the respective placement area (11) of the base area section (10), the three-axis delimiting structure comprising: an end delimiting section (31) which is located in the X-axis at one end of the placement area (11) and at the the first end (21) of the tool placement rail (20) corresponding point is provided, wherein a respective end delimitation section (31) a End contact wall (311), two side delimitation walls (312) and at least one pressing edge (313), the respective end contact wall (311) serving to rest against the end face of the first end (21) of the tool placement rail (20) and thus in the X-axis a limiting effect is generated, the respective two side boundary walls (312) serving to rest on two sides of the first end (21) of the tool placement rail (20) and thus a limiting effect is generated in the Y-axis, the respective at least one pressing edge (313) is used to rest against the upper side of the first end (21) of the tool placement rail (20) and thus a limiting effect is generated in the Z-axis; an elastic hook part (32) which is provided at the other end of the X-axis of the placement area (11) and at a point corresponding to the second end (22) of the tool placement rail (20), the respective elastic hook part (32) having one off the placement area (11) in the direction of the Z-axis protruding elastic arm (321) and a hook portion (322) provided at the protruding end of the elastic arm (321), the respective hook portion (322) having a pulling portion (323) and a pressing surface (324), wherein the respective pressing surface (324) is used to rest against the second end (22) of the tool placement rail (20) and thus a limiting effect is generated in the Z-axis, with a corresponding relationship between a respective resilient arm (321) and the second end (22) of the tool placement rail (20).

Description

Field of invention

The present invention relates to a tool placement device, and more particularly to a triaxial constraining tool placement device that discloses an innovative structure.

State of the art

The tool placement device recited in the present invention is an improvement on the US patent US9364949B2 "Slide rail and storage plate for socket wrenches". In this patent, the removability of the slide rails 14 from the storage plate 12 is determined by the mechanism of a push button 56. When the user presses the push button 56, the locking edge 52 of the flexible arm is lowered to the bottom of the slide rails so that the slide rails 14 are in a release state and can slide on the top of the flexible arm. By providing a gap 70 between the periphery of the push button 56 and the bottom of the tray 12, a flexible function in which the push button 56 can be pressed and pivoted can be provided.

For safety reasons, the tool placement device must generally be subjected to a drop test before leaving the factory, by means of which the strength of the combination between slide rails 14 and storage plate 12 is checked. Since the push button 56 can be pivoted flexibly, there is a high likelihood that if the tool placement device falls from a height and hits the ground, the push button 56 will be affected and displaced by the impact force, causing the slide rails 14 to be released and slip and come loose. In other words, there are still problems between the slide rails 14 and the tray 12 of the conventional tool placement device, such as insufficient positioning stability in combination, easy separation from each other during use, and safety concerns.

Object of the invention

• einen Grundflächenabschnitt, wobei eine X-Achse und eine Y-Achse entlang der horizontalen Verlängerungsrichtung der sich vom Grundflächenabschnitt unterscheidenden Fläche definiert sind und mindestens ein Platzierungsbereich im Grundflächenabschnitt vorgesehen ist;
• mindestens eine Werkzeugplatzierungsschiene, die abnehmbar mit dem Platzierungsbereich zusammengebaut ist, wobei sich die mindestens eine Werkzeugplatzierungsschiene länglich entlang der X-Achse erstreckt und mit einem ersten Ende, einem zweiten Ende und einem zwischen dem ersten Ende und dem zweiten Ende vorgesehenen langen Plattensegment versehen ist, wobei mehrere Werkzeughaltersitze gleitbar auf dem langen Plattensegment angeordnet sind und jeder Werkzeughaltersitz vorstehend mit einem Stabkörper versehen ist und eine Z-Achse gemäß der Erstreckungsrichtung der Stabkörper definiert ist;
• eine dreiachsige Begrenzungsstruktur, die im jeweiligen Platzierungsbereich des Grundflächenabschnitts vorgesehen ist, wobei die dreiachsige Begrenzungsstruktur Folgendes umfasst: einen Endbegrenzungsabschnitt, der in der X-Achse an einem Ende des Platzierungsbereichs und an der mit dem ersten Ende der Werkzeugplatzierungsschiene korrespondierenden Stelle vorgesehen ist,
• wobei ein jeweiliger Endbegrenzungsabschnitt eine Endanlagewand, zwei Seitenbegrenzungswände und mindestens einen Pressrand umfasst, wobei die jeweilige Endanlagewand zum Anliegen an der Endfläche des ersten Endes der Werkzeugplatzierungsschiene dient und somit in der X-Achse eine begrenzende Wirkung erzeugt wird, wobei die jeweiligen beiden Seitenbegrenzungswände zum Anliegen an zwei Seiten des ersten Endes der Werkzeugplatzierungsschiene dienen und somit in der Y-Achse eine begrenzende Wirkung erzeugt wird, wobei der jeweilige mindestens eine Pressrand zum Anliegen an der Oberseite des ersten Endes der Werkzeugplatzierungsschiene dient und somit in der Z-Achse eine begrenzende Wirkung erzeugt wird; ein elastisches Hakteil, das am anderen Ende der X-Achse des Platzierungsbereichs und an einer mit dem zweiten Ende der Werkzeugplatzierungsschiene korrespondierenden Stelle vorgesehen ist, wobei das jeweilige elastische Hakteil einen aus dem Platzierungsbereich in Richtung der Z-Achse herausragenden elastischen Arm und einen am hervorstehenden Ende des elastischen Arms vorgesehenen Hakenabschnitt umfasst, wobei der jeweilige Hakenabschnitt einen Ziehabschnitt und eine Pressfläche aufweist, wobei die jeweilige Pressfläche zum Anliegen am zweiten Ende der Werkzeugplatzierungsschiene dient und somit eine begrenzende Wirkung in der Z-Achse erzeugt wird, wobei ferner entlang der X-Achse eine korrespondierende Beziehung zwischen einem jeweiligen elastischen Arm und dem zweiten Ende der Werkzeugplatzierungsschiene besteht.

It is the primary object of the present invention to provide a triaxial constraining tool placement device. The technical features of the present invention that can solve the problem are described below. The tool placement device includes the following:

• a base portion, wherein an X-axis and a Y-axis are defined along the horizontal extension direction of the surface different from the base portion, and at least one placement area is provided in the base portion;
• at least one tool placement rail removably assembled with the placement area, the at least one tool placement rail extending elongated along the X-axis and being provided with a first end, a second end, and a long plate segment provided between the first end and the second end, wherein a plurality of tool holder seats are slidably disposed on the long plate segment, and each tool holder seat is protrudingly provided with a rod body and a Z-axis is defined according to the extending direction of the rod bodies;
• a three-axis delimiting structure which is provided in the respective placement area of the base surface section, the three-axis delimiting structure comprising: an end delimiting section which is provided in the X-axis at one end of the placement area and at the point corresponding to the first end of the tool placement rail,
• wherein a respective end delimitation section comprises an end contact wall, two side delimitation walls and at least one pressing edge, the respective end contact wall serving to rest against the end face of the first end of the tool placement rail and thus a delimiting effect is generated in the X-axis, the respective two side delimiting walls to rest serve on two sides of the first end of the tool placement rail and thus a limiting effect is generated in the Y-axis, the respective at least one pressing edge being used to rest against the top of the first end of the tool placement rail and thus generating a limiting effect in the Z-axis will; an elastic hook part which is provided at the other end of the X-axis of the placement area and at a point corresponding to the second end of the tool placement rail, the respective elastic hook part having an elastic arm protruding from the placement area in the direction of the Z-axis and a protruding arm End of the elastic arm provided hook portion comprises, wherein the respective hook portion has a pulling portion and a pressing surface, wherein the respective pressing surface is used to rest on the second end of the tool placement rail and thus a limiting Effect is generated in the Z-axis, further along the X-axis there is a corresponding relationship between a respective elastic arm and the second end of the tool placement rail.

The main effects and advantages of the invention are that, when the tool placement rail and the base portion placement area are assembled, fixed positioning is achieved in each of the X-axis, Y-axis and Z-axis to effectively prevent the tool placement rail releases and shifts. The invention therefore has a high degree of practicality.

Figure list

• 1 Figure 3 shows a perspective view of a preferred embodiment of the tool placement device of the present invention;
• 2 Figure 3 shows a top view of the preferred embodiment of the tool placement device of the present invention;
• 3 shows an exploded perspective view of the sub-elements of the preferred embodiment of the tool placement device according to the invention;
• 4th Figure 12 is a first perspective view in accordance with the present invention in which the tool placement rail is being assembled;
• 5 FIG. 13 shows a vertical sectional view according to FIG 4th ;
• 6th Figure 12 shows a second perspective view in accordance with the present invention in which the tool placement rail is being assembled;
• 7th FIG. 13 shows a vertical sectional view according to FIG 6th ;
• 8th Figure 12 shows a third perspective view in accordance with the present invention in which the tool placement rail is being assembled;
• 9 FIG. 13 shows a vertical sectional view according to FIG 8th ;
• 10 Figure 12 is a perspective view in accordance with the present invention with the tool placement rail fully assembled;
• 11 FIG. 13 shows a vertical sectional view according to FIG 10 ;
• 12th FIG. 11 shows an enlarged view of the FIG 3 with 12 marked component;
• 13th Fig. 13 is a view of an embodiment according to the present invention in which the base portion is provided on a partial surface of a tool storage device;
• 14th shows a view of an embodiment according to the present invention, in which a single projection and a single latching portion are provided.

Detailed description of the exemplary embodiments

It will be on the 1 until 3 Reference which shows a preferred embodiment of the triaxial constraining tool placement device of the present invention. The following description serves only to explain the exemplary embodiments of the invention and is not intended to restrict the claims.

The tool placement device includes: a base portion 10 , wherein an X-axis and a Y-axis are along the horizontal extension direction of the base portion 10 distinguishing area are defined and at least one placement area 11 in the base section 10 is provided; at least one tool placement rail 20th that are removable with the placement area 11 is assembled with the at least one tool placement rail 20th elongated along the X-axis and having a first end 21 , a second ending 22nd and one between the first end 21 and the second end 22nd provided long plate segment 23 is provided, with multiple tool holder seats 24 slidable on the long plate segment 23 are arranged and each tool holder seat 24 protruding with a rod body 25th is provided and a Z-axis according to the direction of extension of the rod body 25th is defined; a three-axis delimitation structure in the respective placement area 11 of the base section 10 is provided, wherein the triaxial confinement structure comprises: an end confinement portion 31 , the one in the X-axis at one end of the placement area 11 and the one with the first end 21 the tool placement rail 20th Corresponding point is provided, with a respective end delimitation section 31 a terminal wall 311 , two side walls 312 and at least one press edge 313 comprises, the respective end installation wall 311 to rest against the end face of the first end 21 the tool placement rail 20th serves and thus a limiting effect is generated in the X-axis, the respective two side delimitation walls 312 to rest on two sides of the first end 21 the tool placement rail 20th serve and thus a limiting effect is generated in the Y-axis, the respective at least one Press edge 313 to rest against the top of the first end 21 the tool placement rail 20th is used and thus a limiting effect is generated in the Z-axis; an elastic hook part 32 that is at the other end of the X-axis of the placement area 11 and at one with the second end 22nd the tool placement rail 20th Corresponding point is provided, the respective elastic hook part 32 one from the placement area 11 elastic arm protruding in the direction of the Z-axis 321 and one at the protruding end of the elastic arm 321 provided hook section 322 comprises, the respective hook portion 322 a draw section 323 and a pressing surface 324 having, the respective pressing surface 324 to the concern at the second end 22nd the tool placement rail 20th serves and thus a limiting effect is generated in the Z-axis, furthermore a corresponding relationship between a respective elastic arm along the X-axis 321 and the second end 22nd the tool placement rail 20th consists.

It will be on the 1 until 3 Referenced. In the present embodiment, the base area is 10 on a shelf 05 provided, with the shelf 05 is an admitted element. The user can place them on an appropriate level as needed.

It will be on 1 Referenced. In the present embodiment, the base area is 10 on a face of a tool storage device 40 provided, the tool storage device 40 is a tool box, tool holder or tool cabinet.

It will be on the 3 until 5 Referenced. In the present exemplary embodiment, there is also the at least one pressing edge 313 of the respective end delimitation section 31 with an inclined guide surface 314 Mistake. The advantageous effects of the present embodiment are mainly that the insertion of the first end 21 the tool placement rail 20th by arranging the corresponding inclined guide surface 314 is carried out at an oblique angle to allow smooth insertion of the tool placement rail 20th to reach.

Here, the modified embodiment of the present invention can further comprise at least one latching portion (its reference number is given below) which is attached to the long plate segment 23 the at least one tool placement rail 20th is provided and is countersunk or passed along the Z-axis. Furthermore, at least one protrusion (its reference number is given below) is provided in coordination with the three-axis delimiting structure, which protrudes along the Z-axis from the base surface section 10 protrudes, wherein the position of the at least one protrusion (its reference number is given below) is precisely aligned with the position of the at least one latching portion (its reference number is given below) to establish an engagement relationship between the two, whereby the long plate segment 23 relative to the placement area 11 in at least one of the two axes - X-axis and Y-axis - a limiting effect is generated.

It will be on the 2 and 3 Referenced. According to the embodiment described above, the long plate segment comprises 23 the tool placement rail 20th a first latching section 261 and a second latching section 262 , wherein the first latching portion 261 and the second latching section 262 are arranged spaced apart along the X-axis, with a respective placement area corresponding thereto 11 a first head start 131 and a second protrusion 132 comprises, wherein the respective first protrusion 131 and the corresponding second protrusion 132 are spaced along the X-axis, the positions of a respective first protrusion 131 and a respective second protrusion 132 exactly to the positions of the corresponding first locking section 261 and the corresponding second latching section 262 are aligned. As in 11 shown is the length of a respective first locking portion 261 in the X-axis greater than the length of the corresponding first projection 131 in the X-axis, so that the respective first latching section is in the X-axis 261 relative to the corresponding first projection 131 a sliding hub W1 enables. In this figure is the respective first latching section 261 furthermore with a limiting end wall 263 Mistake. When the end face of the first end 21 the tool placement rail 20th on a terminal wall 311 is applied, the respective boundary end wall lies 263 at the same time on one side of the corresponding first projection 131 at. In the present exemplary embodiment, the first latching section 261 take the shape of an elongated hole, making the process where the first end 21 the tool placement rail 20th at an oblique angle in the respective end delimitation section 31 is inserted and then the long plate segment 23 depresses, runs more smoothly.

Alternatively, a respective projection and a corresponding latching section can also be configured in such a way that there is an engagement relationship with a conical fit between these two (by means of a taper angle) (drawings were omitted in this exemplary embodiment). In the present exemplary embodiment, the shape of a respective latching section is not limited to an elongated hole, or the shape of a respective one The latching section and that of the corresponding projection do not have to be coordinated with one another. With all suitable designs, the long plate segments 23 be depressed smoothly and unhindered.

It will be on 14th Referenced. In this embodiment there is only a second protrusion 132 and a second latching section 262 intended. The configuration of this embodiment is sufficient to at the second end 22nd the tool placement rail 20th to increase the limit strength in at least one of the two axes - the X-axis and Y-axis.

In accordance with the structure and the technical features described above, the practical applications of the tool placement device according to the invention are described below with reference to the above preferred exemplary embodiment 4th and 5 Referenced. When the user touches the tool placement rail 20th with the placement area 11 want to assemble, he has to end the first 21 the tool placement rail 20th at an inclined angle towards an end stop portion 31 move (as indicated by the arrow L1 in 5 shown). It will be on the 6th and 7th Referenced. Then the end face becomes the first end 21 the tool placement rail 20th in the corresponding final installation wall 311 introduced. It will be on the 8th and 9 Referenced. Then the second end 22nd the tool placement rail 20th depressed (as indicated by the arrow L2 in 9 shown), making it over the hook section 322 of the corresponding elastic hook part 32 jumps. In this way a positioning as shown in the 10 and 11 is shown causes, ie the end-stop wall 311 of the corresponding end stop section 31 lies on the end face of the first end 21 the tool placement rail 20th on and the two corresponding side walls 312 lie on two sides of the first end 21 the tool placement rail 20th on and the corresponding press edge 313 lies at the top of the first end 21 the tool placement rail 20th in order to generate a limiting effect in the X-axis, the Y-axis and the Z-axis. The second ending 22nd the tool placement rail 20th is through the pressing surface 324 of a respective elastic hook part 32 pressed in order to produce a limiting effect in the Z-axis. Through the corresponding relationship between a respective elastic arm 321 and the second end 22nd the tool placement rail 20th along the X-axis, a limiting effect is also produced in the X-axis. It can be seen that the tool placement rail of the invention 20th is quite stable and robust after assembly and does not move and loosen in any axial direction, so that with the invention there is no risk of loosening and the safety of use is greatly improved. Further, in the invention, when a detent portion and a protrusion are added, the long plate segment 23 the tool placement rail 20th A limiting effect can be generated in the X-axis and Y-axis. In this way, a tool placement rail can be effectively prevented 20th away from a placement area 11 loosens and falls down.

The present invention provides a triaxial constraining tool placement device. It primarily comprises a base area section provided in the placement area and a tool placement rail that can be assembled with the placement area, characterized in that the placement area is provided with a three-axis delimiting structure which comprises an end delimitation section and an elastic hook part, the end delimitation section having an end contact wall, two side delimitation walls and a press edge to produce a limiting effect in each of the X-axis, Y-axis and Z-axis at the first end of the tool placement rail, the elastic hooking member having an elastic arm and a hook portion, the hook portion being provided with a pulling portion and a pressing surface , wherein the pressing surface rests against the second end of the tool placement rail and thus a limiting effect is produced in the Z-axis, wherein furthermore along the X-axis there is a corresponding relationship between the elastic arm un d consists of the second end of the tool placement rail.

List of reference symbols

05:

Shelf

10:

Base section

11:

Placement area

131:

first lead

132:

second lead

20:

Tool placement rail

21:

first end

22:

second end

23:

long plate segment

24:

Tool holder seat

25:

Rod body

261:

first latching section

262:

second latching section

263:

Boundary end wall

31:

End stop section

311:

End installation wall

312:

Side wall

313:

Press edge

314:

inclined guide surface

32:

elastic hook part

321:

elastic arm

322:

Hook section

323:

Draw section

324:

Pressing surface

40:

Tool storage device

W1:

adjustable stroke

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• US 9364949 B2 [0002]

Claims (10)

A triaxial constraining tool placement device, the tool placement device comprising: a base section (10), wherein an X-axis and a Y-axis are defined along the horizontal extension direction of the area different from the base section (10) and at least one placement area (11) is provided in the base section (10); at least one tool placement rail (20) removably assembled with the placement area (11), the at least one tool placement rail (20) elongated along the X-axis and having a first end (21), a second end (22) and a long plate segment (23) provided between the first end (21) and the second end (22), a plurality of tool holder seats (24) being slidably arranged on the long plate segment (23) and each tool holder seat (24) protruding with a rod body (25) is provided and a Z-axis is defined in accordance with the extending direction of the rod bodies (25); a three-axis delimiting structure which is provided in the respective placement area (11) of the base area section (10), the three-axis delimiting structure comprising: an end delimiting section (31) which is located in the X-axis at one end of the placement area (11) and at the the first end (21) of the tool placement rail (20) is provided corresponding point, wherein a respective end delimitation section (31) comprises an end contact wall (311), two side delimitation walls (312) and at least one pressing edge (313), the respective end contact wall (311) serves to rest against the end face of the first end (21) of the tool placement rail (20) and thus a limiting effect is generated in the X-axis, the respective two side delimiting walls (312) to rest against two sides of the first end (21) of the Tool placement rail (20) are used and thus a limiting effect is generated in the Y-axis, the respective at least At least one pressing edge (313) is used to rest against the upper side of the first end (21) of the tool placement rail (20) and thus a limiting effect is generated in the Z-axis; an elastic hook part (32) which is provided at the other end of the X-axis of the placement area (11) and at a point corresponding to the second end (22) of the tool placement rail (20), the respective elastic hook part (32) having one off the placement area (11) in the direction of the Z-axis protruding elastic arm (321) and a hook portion (322) provided at the protruding end of the elastic arm (321), the respective hook portion (322) having a pulling portion (323) and a pressing surface (324), wherein the respective pressing surface (324) is used to rest against the second end (22) of the tool placement rail (20) and thus a limiting effect is generated in the Z-axis, furthermore along the X-axis there is a corresponding relationship between a respective resilient arm (321) and the second end (22) of the tool placement rail (20). Triaxial, delimiting tool placement device according to Claim 1 , in which the base section (10) is provided on a storage plate (05). Triaxial, delimiting tool placement device according to Claim 1 wherein the base section (10) is provided on a partial surface of a tool storage device (40), the tool storage device (40) being a tool box, a tool holder or a tool cabinet. Triaxial, delimiting tool placement device according to Claim 1 in which the at least one pressing edge (313) of the respective end delimitation section (31) is also provided with an inclined guide surface (314). A triaxial, delimiting tool placement device, the tool placement device comprising: a base section (10), wherein an X-axis and a Y-axis are defined along the horizontal extension direction of the area different from the base section (10) and at least one placement area (11) in the Base section (10) is provided; at least one tool placement rail (20) removably assembled with the placement area (11), the at least one tool placement rail (20) elongated along the X-axis and having a first end (21), a second end (22) and a long plate segment (23) provided between the first end (21) and the second end (22), a plurality of tool holder seats (24) being slidably arranged on the long plate segment (23) and each tool holder seat (24) protruding with a rod body (25) is provided and a Z-axis is defined according to the extending direction of the rod bodies (25); at least one latching section which is provided on the long plate segment (23) of the at least one tool placement rail (20) and is countersunk or passed through along the Z-axis, and a three-axis delimiting structure which is provided in the respective placement area (11) of the base area section (10) wherein the three-axis confinement structure comprises: at least one protrusion extending along the Z-axis the base section (10) protrudes, the position of the at least one projection being precisely aligned with the position of the at least one latching section in order to establish an engagement relationship between the two, whereby the long plate segment (23) relative to the placement area (11) in at least one of the two axes - X-axis and Y-axis - a limiting effect is created; an end delimitation section (31) which is provided in the X-axis at one end of the placement area (11) and at the point corresponding to the first end (21) of the tool placement rail (20), a respective end delimitation section (31) being an end contact wall ( 311), two side delimiting walls (312) and at least one pressing edge (313), the respective end contact wall (311) serving to rest against the end face of the first end (21) of the tool placement rail (20) and thus a delimiting rail in the X axis Effect is generated, the respective two side delimitation walls (312) serving to rest on two sides of the first end (21) of the tool placement rail (20) and thus a limiting effect is generated in the Y-axis, the respective at least one pressing edge (313 ) serves to rest against the upper side of the first end (21) of the tool placement rail (20) and thus a limiting effect is generated in the Z-axis; an elastic hook part (32) which is provided at the other end of the X-axis of the placement area (11) and at a point corresponding to the second end (22) of the tool placement rail (20), the respective elastic hook part (32) having one off the placement area (11) in the direction of the Z-axis protruding elastic arm (321) and a hook portion (322) provided at the protruding end of the elastic arm (321), the respective hook portion (322) having a pulling portion (323) and a pressing surface (324), wherein the respective pressing surface (324) is used to rest against the second end (22) of the tool placement rail (20) and thus a limiting effect is generated in the Z-axis, with a corresponding relationship between a respective resilient arm (321) and the second end (22) of the tool placement rail (20). Triaxial, delimiting tool placement device according to Claim 5 , in which the base section (10) is provided on a storage plate (05). Triaxial, delimiting tool placement device according to Claim 5 wherein the base section (10) is provided on a partial surface of a tool storage device (40), the tool storage device (40) being a tool box, a tool holder or a tool cabinet. Triaxial, delimiting tool placement device according to Claim 5 , in which the long plate segment (23) of the tool placement rail (20) comprises a first latching section (261) and a second latching section (262), the first latching section (261) and the second latching section (262) being arranged spaced apart along the X-axis corresponding to this, a respective placement area (11) comprises a first projection (131) and a second projection (132), the respective first projection (131) and the corresponding second projection (132) being spaced along the X-axis , wherein the positions of a respective first projection (131) and a respective second projection (132) are precisely aligned with the positions of the corresponding first latching section (261) and the corresponding second latching section (262), the length of a respective first latching section (261 ) in the X-axis is greater than the length of the corresponding first projection (131) in the X-axis, so that in the X-axis the respective first e latching section (261) enables a displaceable stroke (W1) relative to the corresponding first projection (131). Triaxial, delimiting tool placement device according to Claim 5 in which the at least one pressing edge (313) of the respective end delimitation section (31) is also provided with an inclined guide surface (314). Triaxial, delimiting tool placement device according to Claim 5 wherein the at least one protrusion and the at least one latching portion are configured such that there is an engaging relationship therebetween with a taper fit.

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