AT16901U1 - Transportable partition and partition - Google Patents

Abstract

Transportable partition and partition (1), in particular for school desks, comprising at least one wall part (3) that can be arranged essentially perpendicular to the table top (2) and one foldable connecting surface (4) that can be arranged essentially parallel to the table top (2), the wall part (3) and the connecting surface (4) are designed in one piece with one another and the connecting surface (4) can be folded easily and along a folding edge (5) running parallel to a lower edge (12) of the wall part (3), the wall part (3 ) and / or the connecting surface (4) have at least one plug-in element (6) and at least one corresponding slot element (9), the plug-in element (6) being insertable into the corresponding slot element (9).

Description

description

TRANSPORTABLE SCREEN AND PARTITION WALL

The present invention relates to a transportable partition and partition, in particular for school desks, according to the preamble of claim 1.

Frequently, partition arrangements are used to separate individual workplaces, for example at desks in classrooms or libraries, which serve to delimit and in particular serve as privacy screens, for example during written exams.

Partition arrangements for temporary installation on, for example, school desks are known from the prior art, which are generally made of cardboard or wood and often have a high weight or have to be placed in massive feet or attached to the desk by means of clamps. Such partitions usually have a single, perpendicular board made of cardboard and have the disadvantage of falling over easily and being labor-intensive to assemble. Corresponding further developments are partition wall arrangements according to DE 20 2008 003 620 U1, which have a one-piece arrangement of the partition wall and the floor space and are also designed to be foldable and the partition wall has two separating surfaces that are inclined to one another and connected to one another by a flexible folding edge, which the Handling significantly simplified and space requirements reduced. However, these known partition wall arrangements are firmly glued together and although they are designed to be foldable, this leads to an increased space requirement during storage. Since such partition wall arrangements are usually available in large numbers and the storage capacities are often limited, a reduced space requirement is desirable. In addition, the partition wall assemblies must be moved from a storage room to a classroom, for example, before use. Because the partition arrangements require less space, all the partition walls required can be transported at the same time, for example in a suitcase. This ensures a significant gain in time and reduced effort.

Accordingly, the present invention is based on the object of providing a transportable partition and partition, in particular for school desks, which ensures a small footprint and is quick and easy to assemble and dismantle.

[0005] This object is achieved according to the features of claim 1.

An essential point of the invention is that the transportable partition and partition consists of at least one substantially perpendicular to the table top can be arranged wall part and a substantially parallel to the table top can be arranged foldable connecting surface, which are integrally formed with each other and the connecting surface in itself is easy to fold along a folding edge running parallel to a lower edge of the wall part, the wall part and / or the connecting surface having at least one plug-in element and at least one corresponding slot element, the plug-in element being insertable into the corresponding slot element.

Under a wall part that can be arranged essentially perpendicular to the table top, an angle between the table top and the wall part of 60 and 90 °, preferably between 65 and 90 °, more preferably between 70 and 90 ° and particularly preferably between 75 and 90 ° Understood.

Under a connecting surface that can be arranged essentially parallel to the table top, an angle between the table top and the connecting surface of 0 and 30 °, preferably between 0 and 25 °, more preferably between 0 and 20 ° and particularly preferably between 0 and 15 ° Understood.

The essentially centrally foldable connecting surface is arranged between two separating surfaces of the wall part and in each case at opposite points with an inner one

Surface of the parting surfaces or the wall part connected. This arrangement of the connecting surface prevents the partition surfaces of the wall part from completely unfolding and the function of the privacy screen is permanently ensured.

The wall part and / or the connecting surface for a transportable partition and partition according to the invention have at least one plug-in element and at least one corresponding slot element, the plug-in element being insertable into the corresponding slot element. The plug-in element can be arranged on the wall part or the connecting surface and the corresponding slot element can be formed on the wall part or the connecting surface. The plug-in element and the corresponding slot element make it easy and quick to set up the adjustable and partition wall before use by inserting the plug-in element into the slotted element, whereby the adjustable and partition wall according to the invention can be unfolded after use and so during use due to the reduced height can be stacked in large numbers for storage before or after use.

Preferably, the connection surface is designed as a floor space and arranged on the lower edge of the wall part, so that the lower edges of the wall part represent the transition edges of the wall part and floor space and form the foot of the adjustable and partition wall. Such an arrangement ensures a particularly secure stand of the partition and partition wall and reduces the risk of falling over.

Furthermore, the plug-in element and the corresponding slot element are each arranged parallel to the lower edge of the wall part, so that inserting the plug-in element into the corresponding slot element and arranging the elements on the control and partition wall during production is simplified. The plug-in element is preferably arranged on an edge of the wall part running parallel to the table top or the connecting surface of the positioning and partition wall.

Preferably, an envelope element is arranged between the plug-in element and the wall part or the connecting surface. The envelope element has a long side and a front side, the long side running parallel to the lower edge of the wall part and the front side extending perpendicular to the lower edge of the wall part. The envelope element is designed to be foldable on the plug-in element and the wall part or the connecting surface. Such an arrangement simplifies the insertion of the plug-in element into the slot element, since a length of the end face of the envelope element corresponds to a distance between the slot elements and a corresponding edge of the wall part or the connecting surface. In this way, the position of the slot element on the wall part or the connecting surface can be chosen essentially as desired, if the length of the end face of the envelope element is adapted accordingly. A length of a longitudinal side of the envelope element is advantageously as long as an edge of the wall part or the connecting surface on which it is arranged. The envelope element is preferably arranged on an edge of the wall part or the connecting surface that runs parallel to the table top.

The plug-in element is also preferably designed as a square, rectangle or triangle, the corresponding slot element being designed to be complementary to the plug-in element. Such a shape of the plug-in element ensures a secure hold in the corresponding slot element. The corresponding slot element is designed to be complementary to the plug-in element, so that the plug-in element can be inserted into the slot element.

The plug-in element preferably has a first folded edge running parallel to the lower edge of the wall part, the first folded edge being formed on a longitudinal side of the plug-in element. Such a design of a first folding edge on the longitudinal side of the plug-in element enables simple insertion into the corresponding slot element and ensures a better hold therein.

In addition, the plug-in element preferably has at least one second folding edge, the second folding edge extending parallel to the first folding edge. Such an approach

order of the second folding edge, the hold of the plug-in element is significantly improved because the plug-in element can be folded over the second folding edge behind the slot element or on the opposite surface of the wall part or the connecting surface.

In addition, at least the corners of the wall part are preferably designed to be rounded, the rounding of the corners extending up to an indented end of the upper edge of the wall part and / or the lower edge of the wall part. Deformation of the corners in the event of impacts and injury to the user from sharp corners are thus avoided.

[0018] Furthermore, at least one edge of the wall part or the connecting surface preferably has a corrugation, wherein the corrugation can be designed in the shape of a jagged or wave. The corrugation of the edge ensures that the user is not injured by sharp edges.

According to a preferred embodiment, at least one stop is arranged on the lower edge of the wall part, the stop being an extension of the area of the wall part beyond the lower edge of the wall part and is preferably rectangular or square. When the partition and partition is set up, in particular on a school desk, the stop extends vertically beyond the tabletop at the end of one side of the tabletop and ensures that the partition and partition is prevented from shifting in one direction. This means that there is less distraction for the pupils or students during, for example, an examination paper by moving the partition and partition due to accidental contact with, for example, an elbow. In addition, unauthorized copying by classmates or fellow students is prevented.

In a further embodiment, the wall part has at least one elbow recess, the elbow recess preferably being arranged at one of the lower corners of the wall part. Such a design offers more space on the desk for the pupil or student, since the elbow can be arranged essentially within the movable and partition wall by means of the recess. The elbow recess preferably has a square, rectangular or arcuate shape. Furthermore, the frequency of accidental contact is reduced by the recess, whereby a shifting or falling over of the partition wall is prevented and the pupils or students experience less distraction.

According to a further embodiment, at least one fold-out front view protection is arranged on one of the side edges of the wall part, the fold-out front view protection having a front surface with an upper edge, a lower edge and a side edge and a triangular surface, the triangular surface being perpendicular to The side edge of the wall part has a short edge and two longer edges, the triangular surface being foldable in the middle and along a folding edge of the triangular surface perpendicular to the short edge, and the triangular surface over the first longer edge with the front surface and over the second longer edge with the side edge of the wall part is connected. The front surface can be converted from an unfolded state into a folded state and vice versa. In the unfolded state, the upper edge and the lower edge of the front surface run parallel to the table edge and the side edge of the front surface parallel to the table top. In a folded-in state, the front surface is arranged essentially congruently on the outer surface of the wall part. Such an arrangement prevents unauthorized copying of one's own work by a classmate or fellow student sitting behind it, which can occur above all with height-offset rows of seats in lecture halls at universities. Furthermore, such a front view protection prevents a distraction from a classmate or fellow student sitting in front of it and allows better concentration on the task.

According to a further embodiment, at least one extendable elevation element is arranged in a slot element on the upper edge of the wall part, the extendable elevation element having an upper edge and a lower edge running parallel to the upper edge of the wall part and a lateral edge running perpendicular to the upper edge of the wall part

wherein the elevation element is extendable along the lateral edge and wherein the lateral edge is indented at a distance from the upper edge and the lower edge. This arrangement prevents unauthorized copying by a particularly tall pupil or student or when using the partition and partition on low tables if necessary. An indentation of the lateral edge of the raised surface at a distance from the upper edge and the lower edge leads to the formation of an upper and a lower stop, so that the raising element is prevented from being pulled out upwards and from slipping downwards, as well as a possible loss associated therewith.

Preferably, for storing, in particular pens, in the wall part, preferably in a lower region of the wall part, at least one pin hole is formed and / or at least one pen storage surface running parallel to the lower edge is attached to an outer surface of the wall part. Alternatively, the pin hole and the pen storage surface can also be formed on the envelope element or on the envelope element and the outer surface of the wall part. The pin hole ensures safe storage of the pens by inserting them, whereas several pens, erasers, rulers or the like can be placed on the pen tray. For example, during an examination paper, pens or the like are prevented from falling loudly and thereby distracting the pupils or students. In addition, a look at the work of a classmate or fellow student can be prevented while a pupil or student picks up a fallen pen.

Furthermore, at least one pocket element, in particular for holding worksheets or name tags, is preferably attached to the outer surface of the wall part. Alternatively, the pocket element can also be arranged on a surface of the envelope element or a surface of the envelope element and the outer surface of the wall part. In this way, the partition walls can be assigned to specific pupils or students using name tags. This can reduce possible deliberate soiling or damage to the partition and partition wall. Furthermore, for example, permitted formula sheets or information sheets that are no longer required can be inserted into the pocket element and do not have to be placed on the desk.

Furthermore, the outer surface of the cardboard-like material of the wall part can preferably have a washable surface, for example a thin plastic layer. As a result, painting or writing on the surface of the wall part is made significantly more difficult. Furthermore, the outer surface of the wall part can have a structure in the form of a finely wavy or zigzag-shaped surface layer, which makes painting or writing even more difficult and additionally prevents longer viewing of the surface, since the finely-wavy or zigzag-shaped surface structure is difficult for the eye to grasp and tiring after a long look. Alternatively, the outer surface of the wall part can also be made smooth, whereby for example advertisements can be printed and the surface can generally be used as advertising space.

Advantages and expediencies can be found in the following description in conjunction with the drawing. Here show:

[0027] FIG. 1 shows an oblique view of the partition and partition according to the invention in an assembled state of use;

[0028] FIG. 2 shows a plan view of a partition and partition wall according to a preferred embodiment in an unfolded storage state;

[0029] FIG. 3 shows a detailed view of a rounded lower corner of a wall part and a connecting surface according to a preferred embodiment;

[0030] FIG. 4 shows a sectional view parallel to a side edge of the wall part through a slot element with an inserted plug-in element according to a preferred embodiment;

[0031] FIG. 5 shows an oblique view of a further embodiment of a partition and partition wall with a stop;

[0032] FIG. 6 shows an oblique view of a further embodiment of a partition and partition with an elbow recess;

7 shows an oblique view of a further embodiment of a positioning and partition wall with pin holes and a pen storage area;

[0034] FIG. 8 shows an oblique view of a further embodiment of a partition and partition with pocket elements;

9 shows an oblique view of a further embodiment of a movable and partition wall with an extendable elevation element;

10 shows an oblique view of a further embodiment of a partition and partition with a fold-out front view protection.

1 shows a preferred embodiment of the partition and partition wall 1 according to the invention in a state of use on a table top 2. The movable and partition wall 1 in the present case comprises a wall part 3 with side edges 10, a first upper edge 11a and a second upper edge 11b, the second upper edge 11b adjoining the first upper edge 11b and running parallel, lower edges 12, an outer surface 13a and an inner surface Surface 13b. The first upper edge 11a represents a flexible folded edge of the wall part 3 and the lower edges 12 of the wall part 3 form the actual feet of the partition and partition 1. In the example shown, a linking surface 4, which has a folded edge 5, is on the lower edges 12 of the Wall part 3 arranged, wherein the linking surface 4 can alternatively also be arranged at opposite points of the inner surface 13b of the wall part 3. The upper edges 11a, 11b, the lower edges 12 and the folded edge 5 preferably run parallel to one another and in each case parallel to the table top 2, the side edges 10 being arranged perpendicular thereto. The wall part 3 has upper corners 15a and lower corners 15b. The connection surface 4 is formed with corners 16.

Furthermore, two plug-in elements 6 are shown in the example shown, which have a longitudinal side 7 and an end side 8. Corresponding to the plug-in elements 6, two complementary slot elements 9 are shown. It should be noted that in FIG. 1, two plug-in elements 6 and slot elements 9 are shown by way of example, but only one or more than two plug-in elements 6 and slot elements 9 can also be formed. In addition, a length L1 of the plug-in element or the end face 8 of the plug-in element and a width B1 of the plug-in element or the longitudinal side 7 of the plug-in element are not fixed and can be selected variably. Different plug-in elements 6 can have the same length L1 and width B1, but can also have different lengths L1 and width B1.

The plug-in element 6 is, as shown in FIG. 1, arranged on the first upper edge 11a by means of an envelope element 17, which has a longitudinal side 18 and an end side 19. The envelope element 17 runs parallel to the upper edge 11a, 11b and rests parallel on the outer surface 13a of the wall part 3. A length L5 (shown in FIG. 2) of the longitudinal side 18 of the envelope element 17 is as long as the lower edge 12 of the wall part 3. Alternatively, the envelope element 17 can also be arranged on another edge of the wall part 3 or of the connecting element 4. Furthermore, the plug-in element 6 can also be formed directly on an edge of the wall part 3 or the connecting surface 4.

The dashed lines are drawn in to clarify the course of the edges and are not visible from the selected viewing angle.

The dashed circle around a lower corner 15b of the wall part 3 or a corner 16 of the connecting surface 4 marks the section which is shown in detail in FIG.

In Fig. 2, a preferred embodiment of the partition and partition wall 1, as in Fig. 1, shown in a storage state, wherein the plug-in elements 6 are no longer inserted into the corresponding slot elements 9 and the partition and partition wall 1 apart ge

works and is essentially planar. The movable and partition wall 1 can be opened between the first upper edge 11a and the second upper edge 11b. Alternatively, the positioning and partition wall 1 can be folded apart on another edge that runs parallel to one of the upper edges 11a, 11b, for example on one of the lower edges 12 or on the folded edge 5. Accordingly, the envelope element 17 can alternatively be arranged on an edge runs parallel to one of the upper edges 11a, 11b, advantageously on one of the edges on which the partition and partition wall 1 is folded apart. As can be seen, a distance D of the slot elements 9 from the second upper edge 11b corresponds to a length L6 of the end face 19 of the envelope element 17. The plug-in element 6 has a width B1 along its longitudinal side 7 and a length L1 along its end face 8. Furthermore, the optional envelope element 17 has a length L5 along its longitudinal side 18 and a length L6 along its front side 19.

3 shows a lower corner of the movable and partition wall 1, as marked in FIG. 1, comprising a lower corner 15b of the wall part 3 and a corner 16 of the connecting surface 4, the corners being rounded according to a preferred embodiment are. Roundings of the lower corner 15b of the wall part 3 and the corner 16 of the connecting surface 4 extend to an indented end 14 of the lower edge 12 of the wall part 3. In FIG. 3, a rounded lower corner is shown by way of example, an upper corner 15a of the wall part can be rounded in the same way and the rounding extend accordingly up to the indented end 14 of the upper edge 11a, 11b.

4 shows a sectional view parallel to the side edge 10 of the wall part 3 through the slot element 9 with the plug-in element 6 inserted according to a preferred embodiment. The envelope element 17 runs parallel to the outer surface 13a of the wall part 3. The plug-in element 6 is folded at a first folding edge 38, whereby a first partial area 40 of the plug-in element 6 is arranged essentially in the slot element 9 and runs essentially perpendicular to the envelope element. By means of a second folding edge 39 of the plug-in element 6, a second partial area 41 of the plug-in element 6 is folded in such a way that the second partial area 41 runs parallel to the inner surface 13b of the wall part 3. The plug-in element 6 is thus fixed in the slot element 9 and is secured against slipping out.

In FIG. 5, a further embodiment of the movable and partition wall 1 with a stop 35 can be seen. The stop 35 is arranged on the lower edge 12 of the wall part 3, the stop 35 representing an extension of the side edge 10 of the wall part 3 and an enlargement of the surface 13a, 13b of the wall part beyond the lower edge 12. The stop 35 has a substantially rectangular shape with a length L3 and a width B2.

The preferred embodiment of the movable and partition wall 1 shown in FIG. 6 has an elbow recess 36 which is arranged at one of the lower corners 15b of the wall part and extends with a length L2 along the lower edge 12 and with a height H. extends along the side edge 10 of the wall part. The elbow recess 19 has an essentially rectangular shape.

In Fig. 7 a further embodiment of the partition and partition wall 1 according to the invention is shown, with 3 pin holes 20 being arranged, for example, in a lower region of the wall part. In addition, a pen tray 21 is mounted on the outer surface 13 a of the wall part 3. The pen storage surface 21 can, for example, like the wall part itself, be made of a simple cardboard-like material and glued to the outer surface of the wall part via a tab.

The preferred embodiment of the movable and partition wall 1 shown in FIG. 8 has a first pocket element 22 and a second pocket element 23 on the outer surface of the envelope element 17. Alternatively, the pocket element 22, 23 can also be arranged on the outer surface 13a of the wall part. In the example shown, two differently sized pocket elements 22, 23 are on the outer surface of the envelope element.

ments arranged on the end face 19 or on the first upper edge 11a. However, it is conceivable that only one or more pocket elements are formed; likewise, such pocket elements can be provided at any point on the outer surface of the envelope element 17 and / or the outer surface 13a of the wall part 3. A pocket element is preferably designed in a size that enables a DIN A4 sheet to be inserted, but the pocket element can also be designed to be smaller or larger. The pocket elements 22, 23 also preferably have a substantially rectangular shape, but the shape is not limited thereto. The pocket elements 22, 23 are preferably made of a transparent plastic material and are glued on.

In Fig. 9, a further embodiment of the movable and partition wall with an extendable elevation element 31 can be seen, which is arranged in a slot element 37 on the first upper edge 11a. The extendable elevation element 31 has an upper edge 32a and a lower edge 32b, which each run parallel to one of the upper edges 11a, 11b of the wall part 3, and a lateral edge 33, which is perpendicular to one of the upper edges 11a, 11b of the wall part 3 is arranged. The side edge 33 of the extendable elevation element 31 is indented at a distance from the upper edge 32a and the lower edge 32b, the distance from the upper edge 32a and the lower edge 32b being a length L4 of a stop 34 on the upper edge 32a and corresponds to the lower edge 32b of the extendable raised area 31 and wherein a width B3 corresponds to the width of the stop 34. In the retracted state, the extendable elevation element 31 rests against the inner surface 13b of the wall part 3 and, if necessary, can be extended along the side edge 10 of the wall part 3 in order to enlarge an area of the wall part 3.

10 shows a further embodiment of the partition and partition wall 1 according to the invention with a fold-out front view protection 24, which is shown in an unfolded state. The fold-out front view protection 24 comprises a front surface 25, the front surface 25 having an upper edge 42a, a lower edge 42b and a side edge 43, and a triangular surface 26, which has a short edge 27, a first longer edge 28 which is also a lateral Edge of the front surface 25 represents, and a second longer edge 30, which corresponds to the side edge 10 of the wall part 3. The edges 28, 29, 30 are designed to be foldable as folding edges. The triangular surface 26 also has a centrally arranged folding edge 29 which extends perpendicular to the short edge 27. In the unfolded state shown, the upper edge 42a and the lower edge 42b of the front surface 25 extend parallel to the table top 2, the lateral edge 43 of the front surface 25 being arranged perpendicular to the table top 2. In a folded-in state (not shown here), the front surface 25 is arranged essentially congruently on the outer surface 13a of the wall part 3.

Austrian

REFERENCE LIST

10 11a 11b 12 13a 13b 14 15a 15b 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32a

Transportable partition and partition table top

Wall part

Interface

Folded edge of the connecting surface of the plug-in element

Long side of the plug-in element end face of the plug-in element slot element

Side edge of the wall part

first upper edge of the wall part

second upper edge of the wall part lower edge of the wall part

outer surface of the wall part inner surface of the wall part indented end

upper corner of the wall part

lower corner of the wall part

Corner of the connecting surface envelope element

Long side of the envelope element end face of the envelope element pin hole

Pen tray

first pocket element

second pocket element fold-out front view protection front surface of the front view protection triangular surface of the front view protection short edge of the triangular surface

first longer edge of the triangular surface folding edge of the triangular surface

second longer edge of the triangular surface extendable elevation element upper edge of the extendible elevation element

AT 16 901 U1 2020-12-15

32b lower edge of the extendable elevation element 33 lateral edge of the extendable elevation element 34 stop of the extendable elevation element

35 Stop of the wall part

36 elbow recess

37 slot element of the first upper edge 11a

38 first folding edge of the male element

39 second folding edge of the insert element

40 first portion of the plug-in element

41 second part of the plug-in element

42a upper edge of the front surface

42b lower edge of the front surface

43 lateral edge of the front surface

L1 length of the insert element

L2 length of the elbow recess

L3 length of the stop

L4 Length of the stop of the extension element

L5 Length of the long side of the envelope element

L6 Length of the front side of the envelope element

D Distance between slot element and second upper edge 11b H Height of the elbow recess

B1 Width of the insert element

B2 width of the stop

B3 Width of the stop of the extension element

Claims (15)

Expectations 1. Transportable partition and partition (1), in particular for school desks, comprising at least one wall part (3) that can be arranged essentially perpendicular to the table top (2) and a foldable connecting surface (4) that can be arranged essentially parallel to the table top (2), wherein the wall part (3) and the connecting surface (4) are designed in one piece with one another and the connecting surface (4) can be folded easily and along a folding edge (5) running parallel to a lower edge (12) of the wall part (3), characterized in that, that the wall part (3) and / or the connecting surface (4) have at least one plug-in element (6) and at least one corresponding slot element (9), the plug-in element (6) being insertable into the corresponding slot element (9). 2. Transportable control and partition wall (1) according to claim 1, characterized in that the connecting surface (4) is designed as a footprint and is arranged on the lower edge (12) of the wall part (3). 3. Transportable partition and partition (1) according to one of the preceding claims, characterized in that the plug-in element (6) and the corresponding slot element (9) are each arranged parallel to the lower edge (12) of the wall part (3). 4. Transportable control and partition wall (1) according to one of the preceding claims, characterized in that an envelope element (17) is arranged between the plug-in element (6) and the wall part (3) or the connecting surface (4). 5. Transportable partition and partition (1) according to one of the preceding claims, characterized in that the plug-in element (6) is designed as a square, rectangle or triangle, the corresponding slot element (9) being designed complementary to the plug-in element (6). 6. Transportable partition and partition (1) according to one of the preceding claims, characterized in that the plug-in element (6) has a first folding edge (38) running parallel to the lower edge (12) of the wall part (3), the first folding edge ( 38) is formed on a longitudinal side (8) of the plug-in element (6). 7. Transportable partition and partition (1) according to one of the preceding claims, characterized in that the plug-in element (6) has at least one second folding edge (39), the second folding edge (39) extending parallel to the first folding edge (38) . 8. Transportable partition and partition wall (1) according to one of the preceding claims, characterized in that at least the corners (15a, 15b) of the wall part (3) are rounded, the rounding of the corners (15a, 15b) up to an indented end (14) of the upper edge (11a, 11b) of the wall part (3) and / or the lower edge (12) of the wall part (3). 9. Transportable partition and partition (1) according to one of the preceding claims, characterized in that at least one edge of the wall part (3) and / or the connecting surface (4) has a corrugation, wherein the corrugation can be jagged or wave-shaped . 10. Transportable partition and partition (1) according to one of the preceding claims, characterized in that at least one stop (35) is arranged on the lower edge (12) of the wall part (3), the stop (35) being an extension of the surface of the wall part (3) beyond the lower edge (12) of the wall part (3). 11. Transportable partition and partition (1) according to one of the preceding claims, characterized in that the wall part (3) has at least one elbow recess (36), the elbow recess (36) preferably at one of the lower corners (15b) of the wall part (3) is arranged. 12. Transportable partition and partition (1) according to one of the preceding claims, characterized in that In a slot element (37) on the upper edge (11a, 11b) of the wall part (3) at least one extendable elevation element (31) is arranged, the extendable elevation element (31) each facing the upper edge (11a, 11b) of the wall part (3) has parallel upper edge (32a) and lower edge (32b) as well as a lateral edge (33) running perpendicular to the upper edge (11a, 11b) of the wall part (3), the elevation element (31) being extendable along the lateral edge (33) and wherein the lateral edge (33) is indented at a distance from the upper edge (32a) and the lower edge (32b). 13. Transportable partition and partition (1) according to one of the preceding claims, characterized in that at least one pin hole (20) in the wall part (3), preferably in a lower area of the wall part (3), for storing, in particular pins, and / or at least one pen storage surface (21), which runs parallel to the lower edge (12), is attached to an outer surface (13a) of the wall part (3). 14. Transportable partition and partition (1) according to one of the preceding claims, characterized in that at least one pocket element (22, 23), in particular for holding worksheets or name tags, is attached to the outer surface (13a) of the wall part (3) is. 15. Transportable partition and partition (1) according to one of the preceding claims, characterized in that at least one fold-out front view protection (24) is arranged on one of the lateral edges (10) of the wall part (3), the fold-out front view protection (24) has a front surface (25) and a triangular surface (26), the triangular surface (26) having a short edge (27) running perpendicular to the side edge (10) of the wall part (3) and two longer edges (28, 30), the The triangular surface (26) can be folded in the middle in itself and along a folding edge (29) of the triangular surface (26) running perpendicular to the short edge (27), and the triangular surface (26) over the first longer edge (28) with the front surface (25) and is connected to the side edge (10) of the wall part (3) via the second longer edge (30). In addition 5 sheets of drawings