DE102019202616A1 - Scaffolding post for scaffolding with flexible alignment in the circumferential direction - Google Patents

Abstract

The invention relates to a scaffolding handle (12a, 12b) for scaffolding. A receiving section (18) is located at a first axial end (10a) of the scaffold post (12a, 12b) with a tube (14a, 14b). A contact shoulder (20) of the tube (14a, 14b) lies axially opposite the receiving section (18). At the second axial end (10b) of the scaffolding post (12a, 12b) opposite the first axial end (10a) there is an insertion pin (22). A first receiving opening (24a) of the scaffolding post (12a, 12b) is formed axially spaced apart from the first axial end (10a) by a recess spacing (26). A second receiving opening (24b) is formed in alignment with the first receiving opening (24a). A first pin opening (28a) is formed axially spaced from the contact shoulder (20) at the recess spacing (26). A second journal opening (28b) is formed in alignment with the first journal opening (28a). A third peg opening (28c) is axially spaced at the recess spacing (26) from the contact shoulder (20) and a fourth peg opening (28d) is formed in the insertion peg (22) and / or from the first axial end (28) in alignment with the third peg opening (28c). 10a) a third receiving opening (24c) spaced axially in the recess spacing (26) and a fourth receiving opening (24d) in alignment with the third receiving opening (24c).

Description

Technical area

The invention relates to a scaffolding post for a scaffolding with flexible alignment in the circumferential direction and a scaffolding post arrangement with such a scaffolding post. The invention also relates to a method for assembling such a scaffold post arrangement

State of the art

Scaffolding posts with a tube and an insertion pin at one end of the tube and a receiving section at the opposite end of the tube are known from the prior art. The insertion pin and the tube each have two diametrically opposite through-holes. The insertion pin of a first such scaffolding post can be pushed into the receiving section of a second such scaffolding post, the through-recesses being arranged in alignment with one another in the radial direction. The two scaffolding posts can then be fastened to one another by a fastening means which is passed through the through-holes.

The scaffolding posts have to be rotated in the circumferential direction, which is comparatively time-consuming, until the through recesses are aligned.

It is therefore the object of the invention to provide scaffolding posts for scaffolding which can be inserted into one another with greater flexibility with regard to the alignment in the circumferential direction. It is a further object of the invention to provide a scaffold post arrangement with such scaffold posts. In addition, it is an object of the invention to provide a method for assembling such a scaffold post arrangement.

The object is achieved by a scaffolding post according to claim 1. The features of the scaffold post arrangement are found in claim 9. The features of the method for assembling the scaffold post arrangement are given in claim 14. Advantageous refinements result from the respective back-related subclaims.

The information “above”, “below” and the like refer to the assembled state of the scaffolding standard. The scaffolding post preferably has the receiving section at the bottom and the plug-in pin at the top, which is designed to be inserted into a receiving section of an identical scaffolding post placed on it.

Disclosure of the invention

1. a) Ein Rohr an einem ersten axialen Ende des Gerüststiels mit einem Aufnahmeabschnitt und einer dem Aufnahmeabschnitt axial gegenüberliegenden Anlageschulter;
2. b) einen Einsteckzapfen an dem dem ersten axialen Ende gegenüberliegenden zweiten axialen Ende des Gerüststiels, wobei der Innendurchmesser des Aufnahmeabschnitts größer ist als der Außendurchmesser des Einsteckzapfens;
3. c) einen vom ersten axialen Ende in einem Ausnehmungsabstand axial beabstandeten ersten Aufnahmedurchbruch und gegenüber dem ersten Aufnahmedurchbruch fluchtend einen zweiten Aufnahmedurchbruch;
4. d) einen von der Anlageschulter im Ausnehmungsabstand axial beabstandeten ersten Zapfendurchbruch und gegenüber dem ersten Zapfendurchbruch fluchtend einen zweiten Zapfendurchbruch;

According to the invention, the scaffolding post for a scaffolding has the following:

1. a) A tube at a first axial end of the scaffolding post with a receiving section and a contact shoulder axially opposite the receiving section;
2. b) an insertion pin on the second axial end of the scaffolding post opposite the first axial end, the inner diameter of the receiving section being greater than the outer diameter of the insertion pin;
3. c) a first receiving opening axially spaced apart from the first axial end at a recess spacing and a second receiving opening in alignment with the first receiving opening;
4. d) a first journal opening axially spaced apart from the contact shoulder at the recess spacing and a second journal opening aligned with the first journal opening;

The scaffolding post is characterized in that a third peg opening is axially spaced from the contact shoulder and a fourth peg opening in alignment with the third peg opening is formed in the plug-in peg and / or a third receiving opening is axially spaced from the first axial end at the recess distance and opposite the third receiving opening a fourth receiving opening are formed in alignment.

The offset angle in the circumferential direction of the insertion pin between the first pin opening and the second pin opening is preferably 180 °. The offset angle in the circumferential direction of the receiving section between the first receiving opening and the third receiving opening is in particular (including) 0 ° to (including) 90 °.

Thus, at least two, in particular three, combinations of the receiving openings or pin openings, which are aligned opposite one another, can be used for installing the fastening means. Therefore, for different orientations of the receiving section in relation to a plug-in pin arranged in the receiving section, there is always at least one position of the receiving section which can be used for the installation of fastening means for fastening the scaffolding posts to one another. The alignment of the scaffolding post in the circumferential direction and the connection of the scaffolding posts can thus be more flexible and under less errors and less time are required than with scaffolding standards known from the prior art.

One embodiment of the scaffold post is characterized in that the offset angle between the first pin opening and the third pin opening in the circumferential direction of the insertion pin is between 45 ° and 135 °, in particular between 50 ° and 130 °. The offset angle is in particular 90 °, so that the openings are arranged in a cross shape.

In one embodiment of the scaffolding post, the scaffolding post has a first pair of receiving openings that are aligned opposite one another at a recess distance from the first axial end and a second pair of receiving openings that are aligned opposite one another at a further recess distance from the first axial end, the offset angle between a receiving opening of the first pair and a receiving opening of the second pair is between 50 ° and 130 °, in particular the offset angle in the circumferential direction of the insertion pin between the first pin opening and the third pin opening is between 50 ° and 130 °. This enables the scaffolding posts to be fastened to one another by fastening means arranged in a cross shape.

1. a) Das Längenverhältnis zwischen dem weiteren Ausnehmungsabstand und dem Ausnehmungsabstand zwischen 0,60 und 1,7 liegt und/oder
2. b) Das Verhältnis zwischen dem weiteren Ausnehmungsabstand und dem Außendurchmesser des Einsteckzapfens zwischen 1,4 und 3,0 liegt.

One embodiment of the scaffolding post is characterized in that

1. a) The length ratio between the further recess spacing and the recess spacing is between 0.60 and 1.7 and / or
2. b) The ratio between the further recess distance and the outer diameter of the insertion pin is between 1.4 and 3.0.

The scaffolding post is preferably made of metal, in particular steel. The openings can be designed in the form of bores. The insertion pin can be welded and / or pressed to the pipe. A rosette for the arrangement of a horizontal bar is preferably arranged on the tube, in particular welded on.

In a preferred embodiment of the scaffolding post, the receiving openings and / or the pin openings are offset from one another by 90 ° around the longitudinal axis of the scaffolding post. Then the openings of the pin and the receiving section can be arranged in alignment with one another in the circumferential direction by rotating the scaffolding post by uniform angular distances.

The receiving openings and / or the pin openings are advantageously designed to be rotationally symmetrical to the longitudinal axis of the scaffolding post. In particular, the scaffold post is designed to be rotationally symmetrical to the longitudinal axis of the scaffold post. A rotationally symmetrical arrangement enables an aligned arrangement of the openings by rotating them through uniform angular distances in the circumferential direction.

In a further embodiment of the scaffolding post, at least one receiving opening with a pin opening lies on a line parallel to the longitudinal axis of the scaffolding post. In particular, a plurality of receiving openings each with a pin opening lie on a line parallel to the longitudinal axis of the scaffolding post. Then the openings at the two ends of the scaffolding post can be arranged with the same orientation in the circumferential direction of the scaffolding post on a scaffolding.

In a further embodiment of the scaffolding post, at least two receiving openings and / or two peg openings lie on a line parallel to the longitudinal axis of the scaffolding post. The fastening of scaffolding posts to one another can be increased by using two fastening means guided through the two pin openings and receiving openings. The two pin openings and / or two receiving openings can be arranged offset or rotated with respect to one another at an angular distance in the circumferential direction of the scaffolding post.

In the case of a scaffolding post arrangement with a previously described first scaffolding post and a previously described second scaffolding post mounted thereon, the insertion pin of the second scaffolding post is pushed into the receiving section of the first scaffolding post. A pin opening in the second scaffolding post is aligned with a receiving opening in the first scaffolding post, a fastening means being at least partially passed through the openings. With such a scaffold post arrangement, an aligned arrangement of the openings in the receiving section and the insertion pin can be achieved with different orientations of the scaffold posts in the circumferential direction.

In a preferred embodiment of the scaffold post arrangement, the fastening means has a split pin. A splint is suitable for securely attaching the scaffolding standards to one another.

In a further embodiment of the scaffolding post arrangement, the fastening means has a clamp which is arranged on the split pin and which at least partially engages around the first scaffolding post and / or the second scaffolding post. A bracket makes for one additional stability and easy handling of the attachment.

In a further embodiment of the scaffolding post arrangement, the insertion pin of a scaffolding post is fastened to a receiving section of a further scaffolding post, wherein the scaffolding post and the further scaffolding post can be fastened to one another for multiple alignments of the inserting pin in relation to the receiving portion with the fastening means, comprising a split pin.

In a further embodiment of the scaffolding post arrangement according to FIG. 1, a receiving section of a scaffolding post has a first pair of aligned, opposing receiving openings and a second pair of aligned, opposing receiving openings, and the insertion pin of a further scaffolding handle is attached to the receiving section of the scaffolding handle, the insertion pin being a first pair of aligned opposite pin openings and a second pair of aligned opposite pin openings, the first pair of receiving openings in alignment with the first pair of pin openings and the second pair of receiving openings in alignment with the second pair of pin openings and by rotating the receiving section in With respect to the insertion pin, the first pair of receiving openings can be arranged in alignment with the second pair of pin openings and the second pair can be arranged from Au fnahmedausbruch can be arranged in alignment on the first pair of pin openings.

A method for assembling a scaffolding post arrangement is characterized in that an insertion pin of a scaffolding post is fastened to a receiving section of a further scaffolding post, the scaffolding post and the further scaffolding post for several, in particular more than two, orientations of the inserting pin in relation to the receiving section with the fastening means comprising a split pin can be fastened to one another. The scaffolding post and the further scaffolding post can be attached to each other in different orientations in this assembly.

Brief description of the drawing

Further features and advantages of the invention emerge from the following detailed description of several exemplary embodiments of the invention, from the patent claims and from the figures of the drawing, which shows details essential to the invention. The various features can each be implemented individually or collectively in any combination in variants of the invention. The features shown in the drawing are shown in such a way that the special features according to the invention can be made clearly visible.

• 1a eine erste isometrische Ansicht eines ersten axialen Endes eines ersten Gerüststiels und eines zweiten axialen Endes eines zweiten Gerüststiels in einer ersten Ausführungsform;
• 1b in der ersten isometrischen Ansicht eine erste Gerüststielanordnung, bei der der erste Gerüststiel und der zweite Gerüststiel gemäß der ersten Ausführungsform miteinander verbunden sind;
• 1c den ersten Gerüststiel und den zweiten Gerüststiel in der ersten Ausführungsform in einer zweiten, insbesondere einfachen, Ansicht;
• 1d die erste Gerüststielanordnung mit dem ersten und dem zweiten Gerüststiel in der ersten Ausführungsform in der zweiten, insbesondere einfachen, Ansicht;
• 1e einen Querschnitt durch die erste Gerüststielanordnung in Blickrichtung E-E gemäß 1d;
• 2a in der ersten isometrischen Ansicht das erste axiale Ende des ersten Gerüststiels und das zweite axiale Ende des zweiten Gerüststiels in einer zweiten Ausführungsform;
• 2b den ersten und den zweiten Gerüststiel gemäß der zweiten Ausführungsform in der zweiten, insbesondere einfachen, Ansicht;
• 2c eine zweite Gerüststielanordnung mit dem ersten und dem zweiten Gerüststiel gemäß der zweiten Ausführungsform in der zweiten, insbesondere einfachen, Ansicht;
• 3a in der ersten isometrischen Ansicht ein erstes axiales Ende eines ersten Gerüststiels und ein zweites axiales Ende eines zweiten Gerüststiels in einer dritten Ausführungsform.

In the drawing show:

• 1a a first isometric view of a first axial end of a first scaffolding post and a second axial end of a second scaffolding post in a first embodiment;
• 1b in the first isometric view a first scaffolding post arrangement, in which the first scaffolding post and the second scaffolding post according to the first embodiment are connected to one another;
• 1c the first scaffolding post and the second scaffolding post in the first embodiment in a second, in particular simple, view;
• 1d the first scaffolding post arrangement with the first and the second scaffolding post in the first embodiment in the second, in particular simple, view;
• 1e a cross section through the first scaffold post arrangement in the viewing direction EE according to 1d ;
• 2a in the first isometric view the first axial end of the first scaffolding post and the second axial end of the second scaffolding post in a second embodiment;
• 2 B the first and second scaffolding standards according to the second embodiment in the second, in particular simple, view;
• 2c a second scaffolding post arrangement with the first and the second scaffolding post according to the second embodiment in the second, in particular simple, view;
• 3a in the first isometric view a first axial end of a first scaffolding post and a second axial end of a second scaffolding post in a third embodiment.

Embodiments of the invention

1a shows in a first isometric view a first axial end 10a of a first scaffolding standard 12a and a second axial end 10b a second scaffold post 12b in a first embodiment. The second scaffolding post 12b is identical to the first scaffolding standard 12a educated. The axial ends 10a , 10b lie with every scaffolding standard 12a , 12b opposite each other. Every scaffolding standard 12a , 12b has a pipe 14a , 14b on. The respective pipe 14a , 14b extends from the first axial end 10a of the respective scaffolding standard 12a , 12b out along the longitudinal axis 16a , 16b of the scaffolding post 12a , 12b . At the first axial end 10a there is a receiving section 18th of the pipe 14a , 14b . The pipe 14a , 14b faces at the second axial end 10b of the respective scaffolding standard 12a , 12b a contact shoulder 20th on. At the second axial end 10b there is an insertion pin in each case 22nd . A first recording breakthrough 24a is located in a recess distance 26th axially spaced from the first axial end 10a of the respective scaffolding standard 12a , 12b . The first recording breakthrough 24a opposite is a second recording breakthrough 24b formed with the first receiving opening 24a flees. In the recess distance 26th from the first axial end 10a can be a third and fourth recording breakthrough 24c , 24d be formed, which are aligned opposite one another. Adjacent intake openings 24a , 24b , 24c , 24d are in particular in the circumferential direction of the respective scaffolding standard 12a , 12b arranged offset from one another at an angle of 90 °. In a second recess distance 46 to the first axial end 10a which is smaller than the recess distance 26th , can be a fifth, sixth, seventh and eighth recording breakthrough 24e , 24f , 24g , 24 hours be formed, which lie opposite one another in pairs and are formed in alignment with one another. A first journal breakthrough 28a is located in the recess distance 26th axially spaced from the contact shoulder 20th .

Except for the first pin opening 28a shows the insertion pin 22nd a second, third and fourth journal opening 28b , 28c , 28d onto. 1e) . The second, third and fourth tenon openings 28b , 28c , 28d are located like the first journal opening 28a axially at the recess spacing 26th from the contact shoulder 20th . The journal openings 28a , 28b , 28c , 28d are in the circumferential direction of the respective scaffolding standard 12a , 12b offset by 90 ° to each other in relation to the longitudinal axis 16b of the scaffolding post 12b arranged rotationally symmetrical. In the second recess distance 46 to the contact shoulder 20th can have a fifth, sixth, seventh and eighth journal opening 28e , 28f , 28g , 28h be formed, which lie opposite one another in pairs and are formed in alignment with one another. One of the journal openings 28a , 28b , 28c , 28d of the second scaffolding standard 12b can be moved in the radial direction 30th in alignment with the first receptacle opening 24a of the first scaffolding standard 12a arrange. Furthermore, in 1a a fastener 32 for fastening the scaffolding standards 12a , 12b together with a split pin 34 shown. The split pin 34 is to pass through two opposing pin openings 28a - 28d and the recording breakthrough 24a educated. The fastener 32 has a bracket 36 for clasping the receiving section 18th on.

1b shows a first scaffold post arrangement in the first isometric view 38 where the first scaffolding standard 12a and the second scaffolding standard 12b are connected to each other according to the first embodiment. The insertion pin 22nd (see 1a) of the second scaffolding standard 12b is in the receiving section 18th of the first scaffolding standard 12a inserted, the first receiving opening 24a (see 1a) with one of the four journal openings 28a - 28d aligns (s. 1e) . The scaffolding posts 12a , 12b are through the fastener 32 in the form of a splint 34 (see 1a) attached to each other. There is also the splint 34 (see 1a) through the first recording breakthrough 24a and the one with the recording breakthrough 24a aligned journal opening 28a and the recording breakthrough 24b and the journal opening 28b passed through. The clip 36 of the split pin 34 additionally clasps the receiving section 18th of the first scaffolding standard 12a .

1c shows the first scaffolding standard 12a and the second scaffolding standard 12b in the first embodiment in a second, by about 30 ° around the longitudinal axes 16a , 16b (see 1a , 1b) rotated, especially simple, view in which the first journal breakthrough 28a of the insertion pin 22nd and the first recording breakthrough 24a of the receiving section 18th oriented towards the viewer.

1d shows the first scaffold post arrangement 38 with the first and second scaffolding standards 12a , 12b in the first embodiment in the second, particularly simple, view. The first and second scaffolding standards 12a , 12b are through the fastener 32 connected with each other.

1e shows a cross section through the first scaffolding post arrangement 38 along the cutting line EE out 1d . The inside diameter 40 of the receiving section 18th is larger than the outside diameter 42 of the insertion pin 22nd . The insertion pin 22nd has the four pin openings arranged rotationally symmetrically at 90 ° 28a - 28d on. The journal openings are aligned with one another 28a , 28b with respect to the aligned pin openings 28c , 28d aligned with an offset angle in the circumferential direction of the insertion pin of Rz = 90 °. The receiving section 18th indicates the first recording breakthrough 24a and the second inclusion breakthrough 24b on. The first recording breakthrough 24a is aligned in the radial direction with the first journal opening 28a . The second recording breakthrough 24b is aligned in the radial direction with the second journal opening 28b . The receiving openings are aligned with one another 24a , 24b with respect to the aligned pin openings 28a , 28b without offset in the circumferential direction of the receiving section 18th aligned. Through the aligned pin openings 28a , 28b and intake breakthroughs 24a , 24b is the split pin 34 passed through. The clip 36 of the fastener 32 clasps the receiving section 18th at least partially.

2a shows the first axial end in the first isometric view 10a of the first scaffolding standard 12a and the second axial end 10b of the second scaffolding standard 12b in a second embodiment. On one line 44a through the first recording breakthrough 24a lies parallel to the longitudinal axis 16a of the first scaffolding standard 12a the fifth recording breakthrough 24e in the wider recess distance 46 from the first axial end 10a of the first scaffolding standard 12a . On one line 44b through the first journal opening 28a parallel to the longitudinal axis 16b of the second scaffolding standard 12b is the fifth journal opening 28e in the wider recess distance 46 from the contact shoulder 20th . Two fasteners 32a , 32b can through the first recording breakthrough 24a and the first journal breakthrough 28a or the fifth recording breakthrough 24e and the fifth journal opening 28e for fastening the scaffolding standards 12a , 12b are passed through each other.

2 B shows the first and second scaffolding standards 12a , 12b according to the second embodiment in the second, in particular simple, view. The first journal breakthrough 28a and the fifth journal opening 28e of the insertion pin 22nd and the first recording breakthrough 24a and the fifth recording breakthrough 24e of the receiving section 18th are oriented towards the viewer.

2c shows a second scaffold post arrangement 48 with the first and second scaffolding standards 12a , 12b according to the second embodiment in the second, in particular simple, view. The first and second scaffolding standards 12a , 12b are each through a first and second fastening means 32a , 32b connected with each other. The split pin of the first fastener 32a is through the first journal opening 28a and the first recording breakthrough 24a (see 2 B) which are aligned with each other. The second split pin 32b is through the fifth journal opening 28e and the fifth recording breakthrough 24e (see 2 B) which are aligned with each other.

3a shows a first axial end in the first isometric view 10a of a first scaffolding standard 12a and a second axial end 10b a second scaffold post 12b in a third embodiment with a first journal opening 28a and a third journal opening 28c or the third recording breakthrough 24c , the one with the third journal opening 28c is arranged in alignment. As in the second embodiment lies on a line 44b through the first journal opening 28a parallel to the longitudinal axis 16b of the second scaffolding standard 12b a fifth journal opening 28e in the wider recess distance 46 from the contact shoulder 20th . The fifth recording breakthrough 24e is in the wider recess distance 46 from the first axial end 10a of the first scaffolding standard 12a educated.

The recording breakthrough 24c is at an angular distance of 90 ° around the longitudinal axis 16a offset or twisted to the receiving opening 24e educated. Two fasteners 32a , 32b can through the recording breakthrough 24c and the journal opening 28c or the fifth recording breakthrough 24e and the fifth journal opening 28e for fastening the scaffolding standards 12a , 12b are passed through each other.

Taking all the figures of the drawing together, the invention relates to a scaffolding handle 12a , 12b for a scaffolding. At a first axial end 10a of the respective scaffolding standard 12a , 12b with a pipe 14a , 14b there is a receiving section 18th . A contact shoulder 20th of the pipe 14a , 14b lies the receiving section 18th axially opposite. At the second axial end 10b of the scaffolding post 12a , 12b opposite the first axial end 10a there is an insertion pin 22nd . The outside diameter 42 of the insertion pin 22nd is smaller than the inner diameter 40 of the receiving section 18th . A first recording breakthrough 24a of the scaffolding post 12a , 12b is from the first axial end 10a at a recess distance 26th axially spaced apart. Compared to the first recording breakthrough 24a in alignment is a second opening 24b educated. A first journal breakthrough 28a is from the contact shoulder 20th in the recess distance 26th axially spaced apart. Compared to the first journal opening 28a a second journal opening is in alignment 28b educated. In the recess distance 26th from the contact shoulder 20th A third journal opening is axially spaced 28c and opposite the third journal opening 28c is a fourth pin opening in alignment 28d in the insertion pin 22nd formed and / or from the first axial end 10a axially in the recess distance ( 26th ) spaced a third receiving opening ( 24c) and compared to the third recording breakthrough ( 24c) a fourth opening in alignment ( 24d) educated.

Claims (14)

Scaffolding post (12a, 12b) for scaffolding, the scaffolding post (12a, 12b) having the following: a) A tube (14a, 14b) at a first axial end (10a) of the scaffolding post (12a, 12b) with a receiving section (18 ) and a contact shoulder (20) axially opposite the receiving section (18); b) an insertion pin (22) on the second axial end (10b) of the scaffold post (12a, 12b) opposite the first axial end (10a); wherein the inner diameter (40) of the receiving section (18) is greater than the outer diameter (42) of the insertion pin (22); c) a first receiving opening (24a) axially spaced apart from the first axial end (10a) at a recess spacing (26) and a second receiving opening (24b) in alignment with the first receiving opening (24a); d) a first pin opening (28a) axially spaced from the contact shoulder (20) at the recess spacing (26) and a second pin opening (28b) in alignment with the first pin opening (28a); characterized in that in the recess distance (26) from the contact shoulder (20) axially spaced a third pin opening (28c) and aligned with the third pin opening (28c) a fourth pin opening (28d) are formed in the insertion pin (22) and / or from the first Axial end (10a) axially spaced in the recess spacing (26) a third receiving opening (24c) and aligned with the third receiving opening (24c) a fourth receiving opening (24d) are formed. Scaffolding post Claim 1 , at which the offset angle (Rz) between the first pin opening (28a) and the third pin opening (28c) in the circumferential direction of the insertion pin (22) is between 45 ° and 135 °, in particular between 50 ° and 130 °. Scaffolding post Claim 1 or 2 , wherein the scaffolding post (12a, 12b) has a first pair of receiving openings (24a-24d) arranged in alignment opposite one another at a recess spacing (26) from the first axial end (10a) and a second pair of receiving openings (24e-24h) arranged in alignment opposite one another in a further recess spacing (46) from the first axial end (10a), the offset angle (Rz) between a receiving opening (24a-24d) of the first pair and a receiving opening (24e-24h) of the second pair between 50 ° and 130 ° is, in particular the offset angle (Rz) in the circumferential direction of the insertion pin (22) between the first pin opening (28a) and the third pin opening (28c) is between 50 ° and 130 °. Scaffolding post Claim 3 , in which a) the length ratio between the further recess spacing (46) and the recess spacing (26) is between 0.60 and 1.7 and / or b) the ratio between the further recess spacing (46) and the outer diameter (42) of the Insert pin (22) is between 1.4 and 3.0. Scaffolding post according to one of the preceding claims, in which the receiving openings (24a-24h) and / or the pin openings (28a-28h) are offset by 90 ° about the longitudinal axis (16a, 16b) of the scaffolding post (12a, 12b). Scaffolding post according to one of the preceding claims, in which the receiving openings (24a - 24h) and / or the pin openings (28a - 28h) are rotationally symmetrical to the longitudinal axis (16a, 16b) of the scaffolding post (12a, 12b), in particular in which the scaffolding post ( 12a, 12b) is designed rotationally symmetrically to the longitudinal axis (16a, 16b) of the scaffold post (12a, 12b). Scaffolding post according to one of the preceding claims, in which at least one receiving opening (24a-24h) with a pin opening (28a-28h) lies on a line (44a, 44b) parallel to the longitudinal axis (16a, 16b) of the scaffolding post (12a, 12b), in particular in which several receiving openings (24a-24h) each with a pin opening (28a-28h) lie on a line (44a, 44b) parallel to the longitudinal axis (16a, 16b) of the scaffolding post (12a, 12b). Scaffolding post according to one of the preceding claims, in which at least two receiving openings (24a - 24h) and / or two peg openings (28a - 28h) on a line (44a, 44b) parallel to the longitudinal axis (16a, 16b) of the scaffolding post (12a, 12b) lie. Scaffolding post arrangement with a first scaffolding post (12a) according to one of the preceding claims and a second scaffolding post (12b) according to one of the preceding claims, in which the insertion pin (22) of the second scaffolding post (12b) into the receiving section (18) of the first scaffolding post (12a ) is inserted and a peg opening (28a-28h) of the second scaffolding post (12b) is aligned with a receiving opening (24a-24h) of the first scaffolding post (12a), whereby a fastening means (32.) is provided through the openings (28a-28h, 24a-24h) , 32a, 32b) is at least partially passed through. Scaffolding post arrangement according to Claim 9 , in which the fastening means (32) has a split pin (34). Scaffolding post arrangement according to Claim 10 wherein the fastening means (32) has a clip (36) arranged on the split pin (34) which at least partially engages around the first scaffolding post (12a) and / or the second scaffolding post (12b). Scaffolding post arrangement according to one of the preceding claims in connection with one of the Claims 1 to 8th and Claim 10 , in which an insertion pin (22) of a scaffolding post (12a, 12b) according to one of the Claims 1 to 8th on a receiving section (18) of a further scaffolding post according to one of the Claims 1 to 8th is attached, the scaffolding post (12a, 12b) and the further scaffolding post (12a, 12b) for multiple orientations of the insertion pin (22) with respect to the receiving section (18) with the fastening means (32) comprising a cotter pin (34) attachable to one another are. Scaffolding post arrangement according to one of the preceding claims, in connection with one of the Claims 1 to 8th , in which a receiving section (18) of a scaffolding handle (12a, 12b) according to one of the Claims 1 to 8th has a first pair of receiving openings (24a-24h) lying opposite one another in alignment and a second pair of receiving openings (24a-24h) lying opposite one another in alignment, and the insertion pin (22) of a further scaffolding post (12a, 12b) on the receiving section (18) of the scaffolding post (12a, 12b), wherein the insertion pin (22) has a first pair of pin openings (28a - 28h) lying opposite one another in alignment and a second pair of pin openings (28a - 28h) lying opposite one another in alignment, the first pair of receiving openings ( 24a - 24h) is in alignment with the first pair of pin openings (28a - 28h) and the second pair of receiving openings (24a - 24h) is in alignment with the second pair of pin openings (28a - 28h) and by rotating the receiving section (18) in With respect to the insertion pin (22), the first pair of receiving openings (24a-24h) in alignment with the second pair of pin penetration rench (28a-28h) can be arranged and the second pair of receiving openings (24a-24h) can be arranged in alignment with the first pair of pin openings (28a-28h). Method for assembling a scaffolding post arrangement according to one of the Claims 9 to 13 in connection with one of the Claims 1 to 8th and Claim 10 , in which an insertion pin (22) of a scaffolding post (12a, 12b) according to one of the Claims 1 to 8th on a receiving section (18) of a further scaffolding post (12a, 12b) according to one of the Claims 1 to 8th is attached, wherein the scaffolding post (12a, 12b) and the further scaffolding post (12a, 12b) for several, in particular more than two, alignments of the insertion pin (22) with respect to the receiving portion (18) with the fastening means (32) comprising one Split pin (34) can be fastened to one another.

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