NL1038023C2 - HELP CHIP. - Google Patents

Description

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Title: Auxiliary brace

The invention relates to an auxiliary strut which can be used in construction and non-construction-related (set) work, in particular in the setting of wooden and aluminum profiles, frames, walls, formworks, as well as to wood, steel and concrete structures, which will further be referred to as semi-finished products. This is in particular an auxiliary strut that does not necessarily have to be anchored to a surface.

Especially with wooden and aluminum profiles, but also for most other semi-finished products, it applies that during the adjustment work thereof several persons are necessarily required.

Fixing work with wooden and aluminum profiles, but also with other semi-finished products, often makes fixation difficult due to lack of space.

Adjusting on a foundation is often difficult because the base is lower.

For wooden and aluminum profiles as well as for most semi-finished products, it applies that depending on the chosen semi-finished product, there are various ways of fixing these, either mechanically or not, using pre-existing fixing techniques.

For wooden and aluminum profiles as well as for other semi-finished products, different types of tools are required during processing, depending on the selected semi-finished product.

During adjusting work of wooden and aluminum profiles as well as with other semi-finished products, a great diversity of auxiliary materials is often used.

Storage of auxiliary materials for adjusting work often takes up a lot of valuable space.

The present invention has for its object to provide an aid, in particular an auxiliary strut, in order to obviate drawbacks and disadvantages of the above.

In essence, the auxiliary brace according to the present invention comprises the following components: a support structure for supporting the auxiliary brace on a surface, object-receiving means for receiving an object to be fixed, and coupling means for coupling the object receiving means on other parts of the auxiliary strut, wherein the coupling means are adapted to allow an adjustment of the object receiving means with respect to the other parts of the auxiliary strut. It is preferably ensured that a dosable adjustment of the object receiving means is possible, even in the fixed state of the auxiliary strut to an object.

Furthermore, the auxiliary strut can have various technical features, which add additional advantages to its operation and application.

The following is a non-exhaustive list of a number of options.

In the first place, the coupling means can be located on a construction which is arranged fixably and tiltably in the auxiliary strut. This contributes to the adjustment options that are envisaged with an application of the auxiliary strut.

In the second place, the coupling means can comprise a ball joint. It is possible here for the auxiliary strut to comprise a rotatably mounted bearing shaft to support the ball joint. In some cases it may be desirable to fix this bearing shaft once the auxiliary strut is coupled to an object. In view of this, it is favorable if the auxiliary strut comprises fixing means for fixing the bearing axis of the ball joint. In the case that the auxiliary strut comprises the aforementioned fixable tilt structure 25, it can be used for adjusting the fixing means at a suitable angle, parallel to a longitudinal axis of an object to be adjusted.

The auxiliary strut can be operated with one hand, wherein the object-receiving means can be brought into such a position that they can be manipulated by both left and right-handed people.

This is in any case possible if the coupling means comprise the said ball joint.

Thirdly, the auxiliary strut can comprise a rod which is slidable in the auxiliary strut, wherein the object receiving means 35 are coupled to the rod via the coupling means. In a practical sense it is favorable when fixing means are provided for fixing the position of the rod in the auxiliary strut. It is convenient when the auxiliary brace comprises a handle for operating the fixing means, wherein the handle can also be used for picking up, maneuvering and carrying the auxiliary brace in its entirety by a user.

With the sliding rod it is achieved that the auxiliary strut can be used by both larger and smaller people. Furthermore, the auxiliary brace can hereby be used in a multifunctional manner, regardless of the level at which objects are located.

Fourthly, there are various options for the practical implementation of a number of parts of the auxiliary strut. The object receiving means can for instance comprise a quick clamping glue tong, and optionally also a multifunctional clamping block.

Fifth, the support structure can be a triangular structure in which two uprights are coupled to each other at the bottom by a connecting rod. In that case, a support leg can be provided which extends from the coupling rod, which is adapted to support the auxiliary strut on a surface in a rest position of the auxiliary strut, and thus together with the two uprights provide stability to the provide an auxiliary brace in a resting state so that it can stand independently. In order to facilitate storage and transport of the auxiliary strut, it is favorable if the position of the support leg is variable, the support leg being movable in and out of an area defined by the triangular construction of uprights and connecting rod, in other words, when the support leg is mounted foldably, because it makes it possible to obtain a compact whole.

By a specific design of the support structure it can be achieved that the auxiliary strut can stand independently on its own, whereby it is not necessary to provide an anchoring to the substrate, not even during operation, and wherein at the same time the mobility can be dosed , so that a safe working environment is created. For the sake of completeness, it is noted that it is generally the case that the support structure has at least one support point, the term "support point" being understood to mean a part of the auxiliary strut intended and suitable for making contact with the ground. when the auxiliary strut is applied. This is therefore not a point in a mathematical sense, but a part of which a certain area is intended to play a role in supporting the auxiliary brace on the subsurface.

In a practical embodiment, it is quite possible for the auxiliary strut to have two or more support points.

4

As an alternative to the support construction, a construction can be provided which comprises a rod with two support points and a support leg extending from the rod, with a wheel on the support leg, so that the auxiliary support on a support position support the subsurface, and together with the other two support points provide stability to the auxiliary strut so that it can stand independently. Advantages of using the said wheel are that the wheel can be used to easily move the auxiliary strut over a surface, namely by causing the wheel to roll over the surface, and that the wheel can function as a stabilizer, the wheel auxiliary strut can be safely placed on the wheel as a third support point, with a minimal risk that the auxiliary strut will tip over and fall over.

In the sixth place, the auxiliary strut can comprise a leveling device which is positioned at the level of the object receiving means, so that when an object is picked up with the auxiliary strut, it can be positioned correctly. The number of spirit levels can be freely selected within the scope of the present invention. For example, in many practical cases it may be desirable to use a double spirit level. The object can then be put on both sides in one go.

The following remarks apply to the auxiliary strut, possibly with one or more of the aforementioned options: - as a result of an application of the auxiliary strut, a maximum reach or accessibility can occur at the workplace; - as a result of applying the auxiliary brace, it can be achieved that adjustment work is less labor-intensive; the auxiliary strut can be widely used and offers many adjustment and rotation possibilities, especially also when a multi-functional clamping block 30 is present, whereby the number of shapes to be clamped increases; - the objects can continue to be processed with conventional machines and tools, so that no additional investments are needed; - as a result of the application of the auxiliary strut, auxiliary materials can be saved, which in turn can lead to space saving; and - as a result of the use of the auxiliary strut a better well-being can generally arise.

5 -

In relation to the structure of the auxiliary strut, it is noted that it can be manufactured from different types of materials or parts with different properties according to set requirements and manufacturing methods, such as low own weight, high stability, possibility of height adjustment, possibility of use on hard flat or soft uneven surfaces, tilt or cq rotatability in various directions, possibility of locking, possibility of a leveling device, compact design, striking color. The auxiliary strut can also be fixable and editable by means of conventional techniques, and an ergonomic operation or design is possible.

Compilation is often time-consuming, and skilled personnel are becoming increasingly scarce.

During adjusting work, the working space of a semi-finished product is often limited, since there are often several people working on the same part at the same time.

Current vocational training teaches maneuvering as a traditional act because there are few alternatives.

During adjusting work, a profile or other semi-finished product often needs to be held (fixed) temporarily, in different positions, and often depending on the chosen product at different heights.

Setting on a foundation, or postponing a chimney, is often difficult because the surface is on a different level.

25 Adjustment is often customization; As there is a wide variety of semi-finished products, the aajital auxiliary materials are very diverse, and improvisation is very often required.

With the auxiliary brace according to the present invention, the above is met by more efficient staffing, wide employability, increased chance of inflow of young craftsmen by offering a training course in which people can already become acquainted with techniques based on the present invention , better manageability, while operations can be carried out using pre-existing techniques and tools, possibility of economising on unnecessary auxiliary materials.

In short, the well-being, the level of education, the treatability, the manageability, the accessibility and the economic interests are amply served by applying techniques based on the present invention.

6

Of course, the present invention relates not only to a composite auxiliary strut for construction work alone, but for all applications based on the principles of the present invention, both business and hobby, professional and semi-professional.

Details, applications, and methods of embodiments of the present invention with the intended results will be described descriptively with reference to the Figures.

Figures 1 and 2 show a side view and a front view, respectively, of the auxiliary strut for the purpose of, for example, setting a wooden profile on a construction site and the like according to the present invention.

Figure 3 shows a detail A of the auxiliary strut and a portion 15 of a profile received by the auxiliary strut.

Figures 4a and 4b schematically show a front view and a top view of the auxiliary strut, in connection with a possible lateral displacement of a supporting structure of the auxiliary strut, in three different positions relative to a profile, while the auxiliary strut and the profile are mutually coupled.

Figures 5a to 5d illustrate the broad applicability of a multifunctional clamp block that is part of the auxiliary brace, the clamp block being shown in cross-section.

Figures 6 and 7 show a front view and a side view, respectively, of an alternative design of the support structure of the auxiliary strut.

In the example shown, the body of the auxiliary strut is made of thin-walled metal profiles, the choice of material and composition being determined by ergonomic working conditions on structures. This results in a relatively light weight with a high stability, height adjustability and a possibility of use on flat hard and uneven soft surfaces, whereby from the top a large rotation of the body is possible in the horizontal direction, even in fixed positions. condition on a wooden profile or semi-finished product, whereby rotation can be canceled so that a rigid construction is created, in combination with a large pivot and pivotability in the vertical direction, while the auxiliary strut can be operated with one hand.

40 7

Figures 1-3 will be explained in the description below.

Reference numeral 1 indicates uprights which are fixed at an upper side against an open box section and which are provided at a lower side with support points 2 for supporting the auxiliary strut 100 on a surface such as a working floor.

Reference numeral 3 designates a rubber anti-slip profile (cap) mounted in the open metal construction of uprights 1 at the location of the support points 2. As a result, during adjusting activities 10 a maximum grip is created with a minimal chance of damaging the substrate.

Reference numeral 4 denotes a support leg which serves to place the auxiliary strut 100 independently and at any location on a base, which is provided on the underside with a set of logs 5, and which offers maximum ergonomics.

Reference numeral 6 denotes a coupling rod which links the uprights 1 to each other at a bottom side. The support leg 4 is rotatably mounted around this coupling rod 6.

Reference numeral 7 denotes an adjusting knob, wherein by turning the adjusting knob 7 locking or unlocking of the support leg 4 relative to the coupling rod 6 can be achieved, so that the auxiliary strut 100 can be made very compact during transport and storage.

Support leg 4 can be designed as a metal ü-profile. If a higher stability is desired, a counterweight 8 can be incorporated herein, which can be designed as a steel plate. The counterweight 8 is secured by means of a bolt and nut. The coupling rod 6 serves to realize an undeformable triangular construction, it being noted that this coupling rod 6 is also basket-bearing, which benefits practical situations.

Reference numeral 9 denotes an open metal tube profile, which serves for accommodating an adjustable tube 10.

Reference numeral 11 denotes an ergonomic handle or clamping device, which is assembled as follows. At the location of the handle 11 a nut is welded onto the open metal tube profile 9, in which the ergonomic handle 11 is received by means of a threaded rod. The tubular section 9 is pierced in line with the threaded rod. By loosening or tightening the handle 11, fixation of the adjustable sleeve 10 is obtained.

8

The adjustable sleeve 10 is a thin-walled sleeve profile that fits into the open sleeve profile 9, and is height-adjustable by means of the handle 11. During work, the adjustable sleeve 10 can be extended or extended to the desired level, so that the auxiliary strut 100 is justified by both large and smaller people can be used.

Figure 3 will be explained in the description below.

As shown in Figure 3, reference numeral 12 denotes a U-10-shaped (saddle) profile which is coupled to the adjustable sleeve 10 by means of a bolt provided with a self-locking nut. The said profile 12 forms a fixable Tilt construction, which can result in a rigid or hinged attachment, so that workpieces are maximally accessible.

Reference numeral 13 denotes a manually operated clamping device c.q.

clamp coupling, which is mounted on saddle profile 12.

Reference numeral 14 denotes a ball joint or ball joint with a fixed shaft, included in clamp coupling 13. Loosening of the clamp coupling 13 results in a maximum lateral displacement or rotation, while on the other hand a tight construction is created by tightening the clamp coupling 13.

Reference numeral 15 denotes a multifunctional clamping block, which can be composed of several materials such as, for example, metal and / or wood, composite and / or plastic, wherein various types of movable or non-movable components can be used, depending on the requirements that are used. set to the maximum mobility to be achieved, linked to the stated load capacity.

Reference numeral 16 denotes a spirit level that is used to slightly level a semi-finished product without using a level spirit. In this example, the multifunctional clamping block 15 is provided with a spirit level 16 on both the right and left.

Reference numeral 17 denotes means for receiving a pair of tongs or a tensioning device. The multifunctional clamping block 35 is also provided with a mounting for a glue tong, so that the total auxiliary brace 100 can be operated in operation by one hand.

Reference numeral 18 schematically represents a quick clamping glue clamp which, in combination with the multifunctional clamping block 15, guarantees an extensive number of applications. Naturally, the 40 multifunctional clamping block 15 cannot only be used with a quick-clamping glue clamp. 9 18 can be fixed, but with all common fixing methods such as: screws, threaded nails, bolts, standard pliers, magnetic block etc.

Reference numeral 19 schematically represents a profile that is clamped.

As previously noted, a rigid or hinged attachment may be produced by the coupling by means of a bolt and a self-locking nut from the tilting structure 12 to the adjustable sleeve 10. As a result, the manual clamping coupling 13 can be placed parallel to a profile 19 to be adjusted, which contributes to the accessibility of the profile 19.

Figures 4a and 4b will be explained in the description that follows.

The auxiliary strut 100 is provided with a multifunctional clamping block 15 and the like according to the present invention. In the case of adjusting work on a profile or semi-finished product 19 by a person, the auxiliary strut 100 is placed on the substrate within easy reach of the location of the profile 19, whereby the clamp coupling 13 is loosened. When a profile 19 is placed on the substrate, one takes hold of the free hand, both right and left, the quick clamping glue .18 which is attached to the auxiliary strut 100, and the auxiliary strut 100 moves towards the profile 19. By now effecting a fixation between profile 25 and multifunctional clamping block 15 by means of the quick-clamping tongs 18, a tripod construction with the profile 19 and the two uprights 1 of the auxiliary strut 100 is created, so that a certain stability is obtained without necessary anchoring to the surface of the auxiliary strut 100.

The profile 19 remains temporarily on its own, whereby the rotation function can be canceled by tightening the clamp coupling 13, so that a rigid construction is created, and additional support against falling over of the profile 19 is provided.

After the profile 19 has been positioned and fixed on the substrate, it can be finished or machined, the auxiliary strut 100 having once again turned on the rotation function by releasing the clamp coupling 13, simply by hand to position b and c at the side, can be moved up and down, creating a maximum accessibility of the workplace with a minimal risk of the profile 19 falling over.

10

By exerting resistance on the coupling rod 6 by means of the adjusting weight's own weight during the application of definitive braces to the profile 19, extra stability is obtained, and in most cases a step or step is superfluous. Simultaneously leveling the profile 19 in two directions can be achieved by manually moving the auxiliary strut 100 until the profile 19 is level. Due to the own weight of the auxiliary strut 100, the profile 19 remains in the position reached, so that the definitive struts can be fixed on the substrate. After completion of this operation, the auxiliary strut 100 can be disconnected by releasing the quick clamping glue 18, and is ready for the next action.

Figures 5a to 5d will be explained in the description below. These Figures are a representation of the applicability of the multifunctional clamping block 15 in combination with a wide variety of semi-finished products 19, or shapes, of which only a few are shown here. In particular, the multifunctional clamping block 15 is shown in combination with: Figure 5a - a quick clamping glue clamp 18, which can also be used for the following applications;

Figure 5b - a wooden or aluminum profile 19, shown in top view;

Figure 5c - a round shape 19, possibly. of steel or wood, shown in top view; and

Figure 4d - a formwork partition 19, shown in cross-section, with the multifunctional clamping block 15 fixed at the top.

In short: the composition of the auxiliary strut 100 described above is determined by the usage requirements and the manufacturing requirements. Of course, more or less requirements and standards may determine the embodiment of the present invention.

It is expressly stated again that embodiments other than those shown below the Figures, based on the principles of the invention, belong to the present invention.

Figures 6 and 7 will be explained in the description below.

Various possibilities are conceivable within the scope of the invention for supporting on the surface of the auxiliary strut 100.

11

In this connection, Figures 6 and 7 show an alternative to the triangular construction with the uprights 1. In this alternative, a single rod 6 with two support points 2 is provided, which rod 6 also applies when the auxiliary strut 100 is applied to a horizontally oriented surface. extends horizontally. The support leg 4 then extends from this rod 6, substantially perpendicular to the rod 6. At a free end of the support leg 4 there is a rotatably arranged wheel 20.

On the rod 6 with the two supporting points 2 a structure 21 is arranged for receiving and fixing relative to the rod 6 of the open box profile 9 which in turn serves to receive the adjustable box 10. In this embodiment it is open box section 9 longer than in the previously described embodiment, because it extends from the rod 6 with the support points 2. The construction 21 for receiving and fixing the open box section 9 can for instance comprise two metal plates 22, each of which is provided with holes, wherein bolts and nuts 23 can be used around an end portion of the open box section 9 between the metal plates 22 to fix.

If desired, for example during transport or storage, the open box section 9 can be turned away onto the wheel 20, so that a compact whole is obtained. Here, for example, as many bolts and nuts 23 are then loosened as is necessary to create a situation in which only one bolt and nut 23 is still fixed, and in which the open sleeve profile 9 can be rotated around the respective bolt 23. The open box section 9 can of course also be completely detached from the support structure.

The support structure is preferably provided at the support points 2 with rubber anti-slip caps 3 with a convex surface for bringing into contact with a substrate, so that the support structure can have a good grip on the substrate and also with respect to the substrate. surface can be easily tilted without losing grip. The anti-slip caps 3 also prevent the surface from being damaged.

By the use of a wheel 20 for defining a support point of the support leg 4, a number of favorable effects are obtained. In the first place, the presence of the wheel 20 makes it possible to move the auxiliary strut 100 with minimal effort during use, wherein a user only has to tilt the auxiliary strut 100 slightly relative to the wheel 20, the other supporting points 2 3 come away from the substrate, and a desired displacement can be achieved by rolling the wheel in a desired direction over the substrate. Secondly, the wheel 20 contributes greatly to the stability of the auxiliary strut 100 when it is put away, with practically very little risk of the auxiliary strut 100 falling over. The wheel 20 serves as a stabilizer in that it absorbs energy on the basis of its elastic properties when the auxiliary strut 100 tilts and lands on the ground via the wheel 20. A user can effect a displacement of the auxiliary brace 100 by tilting the auxiliary brace 100 from a stable position in which three support points 2, 3, 20 make contact with the ground, and then release it again. The wheel 20 comes loose from the ground and falls back on it again, whereby the auxiliary strut 100 moves, as it were, with a damped shock 15 over a distance. The auxiliary strut 100 is therefore easy to move, thanks to the presence of the wheel 20, and is very stable.

Figure 7 shows the ergonomic handle 11 of the auxiliary strut 100, and also an indexing bolt 24 is shown, which serves to secure the adjustable sleeve 10 at defined places, so that the sleeve 10 unintentionally loosens when it is removed. is extended with respect to the open box section 9, cannot occur.

It will be clear to a person skilled in the art that the scope of the invention is not limited to the examples discussed above, but that various variations and modifications thereof are possible without departing from the scope of the invention as defined in the appended claims. .

Different parts of the auxiliary strut 100 can be detachably connected to each other, for example by means of a connection with a screw and a screw hole. This can be favorable when it is desirable for the auxiliary strut 100 to occupy as little space as possible in the inactive state.

35

The present invention can be summarized as follows. A stand-alone auxiliary strut 100 can be used for both construction and non-construction-related (set) activities. The structure of the auxiliary strut 100 is related to predetermined user and factory cage requirements: low own weight, high stability, possibility of 13 height adjustment, possibility of use on hard flat or soft uneven surfaces, tilt or rotatability in various directions, possibility of locking, possibility of a leveling device, compact design, striking color scheme. The auxiliary strut 100 can also be fixable and editable by means of conventional techniques, and an ergonomic operation or design is possible. With this in mind, the auxiliary strut 100 is in any case provided with a supporting structure with at least one supporting point 2, 3, 5, 20 for supporting the auxiliary strut 100 on a surface, object-receiving means 15, 18 for receiving of an object 19 to be fixed and coupling means 14 for coupling the object receiving means 15, 18 to other parts of the auxiliary strut 100, wherein the coupling means 14 are adapted to adjust the object receiving means 15, 18 relative to admit the remaining parts of the auxiliary strut 100.

The auxiliary strut 100 according to the present invention can be assembled from several different materials and components, whether or not preserved, the mobility being dosable. The use of a dosable mobility can result in a mobile as well as a rigid construction, even a compact unit during transport and storage.

By applying techniques based on the present invention, the auxiliary strut 100 can be used in many situations without necessary anchoring to the substrate. When a double spirit level 16 is used, a semi-finished product 19 can be put on both sides in one operation.

By applying techniques based on the present invention, the auxiliary strut 100 can find its application in both construction and the private sector. Efficient staffing can be obtained, resulting in better accessibility and accessibility on the work floor, which benefits safety.

When the auxiliary strut 100 according to the present invention is used, then processing can take place with existing conventional machines, tools and fixing techniques, mechanical or otherwise, so that new investments in processing machines or fixing materials are not necessary.

Due to the well thought-out ergonomics, the auxiliary strut 100 according to the present invention can be used by both large and small people, both right-handed and left-handed. The auxiliary strut 100 can be used for work that is not on one level (this means work on different levels, such as from a construction pit on a foundation that is 50 cm higher, or from a sloping roof surface on a chimney), so that, given the wide usability with an auxiliary tool a better well-being can be obtained.

Application of the auxiliary strut 100 can reduce the need for amount of auxiliary materials, which results in a saving of space on the work floor.

By allowing young entrants to become acquainted with the auxiliary brace 100 in the existing courses, the number of independent adjusters can increase.

Furthermore, it applies to the auxiliary strut 100 that, unlike other products, it does not necessarily have to be anchored to a surface during use.

With reference to Figures 4a and 4b, it is noted that when a profile 19 is fixed by means of the object-receiving means 15, 18, the support structure can be dosedly displaced and rotated, even on uneven ground. The position of the support structure can be easily adjusted using a handle 11. The chance of profile 19 falling over is minimal.

By means of fixing means 13 which are mounted on a fixable tilting construction 12, a rigid or movable construction can be created, in combination with a maximum accessibility or accessibility of objects to be fixed in practical situations, wherein the support construction by means of the handle 11 is movable.

Preferably, the auxiliary strut 100 according to the present invention is seen as a total concept in which the operations of the various components complement and reinforce each other. Expansion of the auxiliary strut 100 is possible in numerous variations. For example, the auxiliary strut 100 can be used to manually move flat objects such as plate materials, as well as to support them, whereby a separate component is optionally used at the auxiliary strut 100, which can then be added, for example, to the coupling rod 6 of the supporting structure.

1038023

Claims (23)

An auxiliary strut (100), inter alia unchanged for use in performing construction work, comprising: - a supporting structure for supporting the auxiliary strut (100) on a surface; 5. object receiving means (15, 18) for receiving an object to be fixed (19); and - coupling means (14) for coupling the object-receiving means (15, 18) to other parts of the auxiliary strut (100), the coupling means (14) being adapted to adjust the object-receiving means (15, 18) ) with respect to the other parts of the auxiliary strut (100). Auxiliary strut (100) according to claim 1, wherein the coupling means (14) are located on a structure (12) which is arranged fixably and tiltably in the auxiliary strut (100). Auxiliary strut (100) according to claim 1 or 2, wherein the coupling means comprise a ball joint (14). Auxiliary strut (100) according to claim 3, further comprising a rotatably arranged bearing shaft for supporting the ball joint (14). 5. Auxiliary strut (100) according to claim 4, further comprising fixing means (13) for fixing the bearing axis of the ball joint (14). Auxiliary strut (100) according to any of claims 1-5, further comprising a rod (10) slidable in the auxiliary strut (100), the object receiving means (15, 18) via the coupling means (14) ) are coupled to the rod (10). Auxiliary strut (100) according to claim 6, wherein the rod (10) is in the form of a sleeve, and wherein an open sleeve profile (9) is provided in which the rod (10) is suitably and slidably received. 1038023 Auxiliary strut (100) according to claim 7, wherein a structure (21) is arranged on the support structure for receiving and fixing the open box section (9). Auxiliary strut (100) according to any of claims 6-8, further comprising a clamping device for fixing the position of the rod (10) in the auxiliary strut (100), and a handle (11) for operating the clamping device , wherein the handle (11) is also applicable for picking up, maneuvering and carrying the auxiliary strut (100) in its entirety by a user. Auxiliary brace (100) according to any of claims 1-9, wherein the object receiving means (15, 18) comprise a quick-clamping glue tong (18). 15 Auxiliary brace (100) according to any of claims 1-10, further comprising means (17) for receiving a pair of tongs (18) or a tensioning device. Auxiliary brace (100) according to any of claims 1-11, wherein the object-receiving means (15, 18) comprise a multi-functional clamping block (15). Auxiliary strut (100) according to any of claims 1-12, wherein the support structure has at least two support points (2, 3, 5, 20.). 14. Auxiliary brace according to claim 13, further comprising anti-slip caps (3) with a convex surface, which are mounted at the points of support (2). Auxiliary strut (100) according to any of claims 1-14, wherein the support structure is a triangular structure in which two uprights (1) are coupled to each other at the bottom by a coupling rod (6). Auxiliary strut (100) according to claim 15, wherein a supporting leg (4) extends from the coupling rod (6), which support is adapted to lift the auxiliary strut (100) on a surface in a rest position of the auxiliary strut (100) and thus, together with the two uprights (1), to provide stability to the auxiliary strut (100) so that it can stand independently. Auxiliary strut (100) according to claim 16, wherein the position of the support leg (4) is variable, and wherein the support leg (4) is movable in and out of an area defined by the triangular construction of uprights (1) and connecting rod (6) is. Auxiliary brace (100) according to claim 16 or 17, further comprising a counterweight (8) intended to be received in the support leg (4). 19. Auxiliary strut (100) according to claim 15, further comprising a component that can be added to the coupling rod (6) of the support structure to manually move and support flat objects such as plate materials. Auxiliary brace (100) according to any of claims 1-14, wherein the support structure comprises a rod (6) with two support points (2, 3) and a support leg (4) extending from the rod (6) on which a wheel (20) for supporting the auxiliary brace (100) on a surface in a rest position of the auxiliary strut (100), and thus stability together with the two other supporting points (2, 3) on the auxiliary strut (100) to give it a rest state so that it can stand independently. Auxiliary strut (100) according to any of claims 1-20, further comprising a spirit level device (16) positioned at the object receiving means (15, 18). 30 Auxiliary strut (100) according to claim 21, wherein the spirit level device comprises a double spirit level (16), and wherein the object receiving means (15, 18) are provided with a spirit level dragonfly (16) both on the right and left. 35 An assembly of an auxiliary strut (100) according to any of claims 1-22 and an object (19) received in the object receiving means (15, 18) of the auxiliary strut (100). 1038023