DE102011014960A1 - Safety system for a collection system and collection system - Google Patents

Abstract

The present invention relates to a security system (2) for a collection system (1), comprising at least one container (20) and a housing (10) for receiving the container, in particular for a refuse collection system with at least one refuse collection container and an outer housing into which the refuse collection container comprising a security platform (50) and a security frame (40). The security system (2) is characterized in that the security platform (50) has means for arranging the security platform (50) on a container (10), in particular a refuse collection container, that the security frame (40) for arranging the security frame (40). in or on a housing (10) for receiving the container, in particular an outer housing for receiving a refuse collection container is formed, that the safety platform (50) at least one fixing means for fixing the safety platform (50) on the safety frame (40), that the Safety frame (40) has at least one fixing device for fixing the safety platform (50), wherein the fixing means and the fixing device cooperate. Furthermore, the present invention relates to a collection system (1) consisting of a container (20), a housing (10) for receiving the container and a security system (2) according to the invention.

Description

The present invention initially relates to a security system for a collection system according to the preamble of claim 1. Furthermore, the present invention also relates to a collection system according to the preamble of claim 11.

Collection systems, especially garbage collection systems today require significant safety standards. If a collection system is used below the ground, and the collecting container can be removed from the collection system, various safety requirements must be met.

When a collection container is removed from the collection system, for example for emptying, it must be ensured inter alia that no user or pedestrian falls into the hole in which the collection container is normally placed.

A common solution to this problem is the cover of the hole by means of a platform, wherein various solutions are known.

For example, in the DE 4312984 A1 described that refuse containers, which are located below the surface, can be lowered or raised by means of a retractable platform in the ground. The hole in which the refuse containers are lowered, is closed in the lifting of the refuse container through the platform on which the refuse containers are. Furthermore, in the DE 4312984 A1 provided that the lifting and lowering of the platform and thus the refuse container can be done by a pulley or by an electric or hydraulic lifting device.

Such an electric lifting device is also in the DE 698 09 094 T2 described. This can be raised or lowered by means of such a lifting device in the ground retractable container in which a refuse container can be inserted. When lifting the refuse container or the container, the hole from which the container is raised, closed by the bottom of the container.

Another lifting device is in the DE 297 12 150 U1 described. In this solution, a refuse container is also described, which is arranged below the earth's surface and which can be lifted by means of the lifting device. The lifting device is designed therein so that a garbage container, which is positioned on a platform, can be lifted by means of a chain or belt drive. The hole in which the refuse container is located is then closed by the platform on which the refuse container is located.

Another device, in which a refuse container can be lifted standing on a platform from the ground, is in EP 1 074 487 B1 described. Therein, the lifting device for lifting the platform on which the refuse container stands can be arranged below the platform or on the side of the platform.

The known solutions have in common that the refuse containers are on a platform, and that this platform must be lifted by means of additional lifting devices from the ground, so that the hole in which the platform and the refuse containers are embedded, is closed by the raised platform so that no people or pedestrians or objects can fall into the hole. These elaborate lifting devices have the disadvantage that they must be designed fail-safe, so that they are designed very expensive or maintenance-intensive.

Based on the cited prior art, the object of the present invention is to refine a collection system, in particular an underfloor collection system, in such a way that the disadvantages and problems described above can be avoided. In particular, a security system for a collection system to be provided, whereby a hole in the ground or an opening after removal of a container in a simple and easy to maintain manner can be closed so that it is ensured that no persons or objects after removal of the container in the hole or opening can enter or fall.

This object is achieved by the security system for a collection system with the features according to independent claim 1 and by the collection system having the features according to independent claim 11. Further features and details of the invention will become apparent from the dependent claims, the description and the drawings. In this case, features and details that are described in connection with the security system according to the invention, fully in connection with the collection system according to the invention, and vice versa, so that with respect to the disclosure reciprocally incorporated by reference and referenced.

According to the first aspect of the invention, there is provided a security system for a collection system, the collection system comprising at least one container and a housing for receiving the collection system Container comprises. In addition, the security system has a security platform and a security framework, wherein the security system is characterized by the following features. The safety platform has means for arranging the safety platform on a container, the safety frame is designed for arranging the safety frame in or on a housing for receiving the container, the safety platform has at least one fixing means for fixing the safety platform to the safety frame, and the safety frame has at least one fixing device for fixing the safety platform, wherein the fixing means and the fixing device cooperate.

In particular, a security system for a refuse collection system is provided with at least one refuse collection container and an outer housing into which the refuse collection container is received. The security system has a security platform and a security framework. The security system for a refuse collection system is characterized in that the security platform comprises means for arranging the security platform on a refuse collection container, in that the security frame for arranging the security frame is formed in or on an outer housing for receiving a refuse collection container, that the security platform comprises at least one fixing means Fixing the safety platform has on the safety frame and that the safety frame has at least one fixing device for fixing the safety platform, wherein the fixing means and the fixing device cooperate.

The safety system according to the invention is a system consisting of a safety platform and a safety frame, which upon removal of the container, which may be a refuse collection container, closes a hole in which the container was or is inserted after removal of the container that no pedestrians or pedestrians or objects can fall into the hole or the opening. The safety system is thus in particular a device for increasing the safety of persons who are in the vicinity of the collection system.

The security system, consisting of security platform and security framework, is designed in such a way that the security platform and the security framework work together or interact. The manner in which the security system or the security platform and the security framework are designed will be described in detail in the further course of the description, so that reference is made to the description and full content.

The safety system is intended for a collection system. In particular, a collection system is a garbage collection system, and the present invention is not limited to particular collection systems. Under a collection system according to the invention a system understood, which is suitable for collecting things, things, objects or the like. By using a collection system, it is possible to simplify or facilitate the process of collection or to concentrate locally.

The term collecting can be understood to mean the systematic search, acquisition and storage of things or the like, whereby in a collection preferably similar or comparable or equivalent articles are collected. A collection can be done temporarily, which means that items are collected for a limited time. For example, such a time limit can be made by the already collected amount. For example, a container may be filled in such a way that the container can no longer hold any more things. Only when the container has been emptied, this can take up again things, the container can be used again for collecting.

Through a collection system, it is thus possible to collect things locally in increased concentration, which can also be referred to as accumulation. For example, the collection system may be a garbage collection system, and the present invention is not limited to particular types of collection systems. If the collection system is a garbage collection system, a larger amount of garbage or waste or recyclables or the like can be accumulated locally in a heap by the collection system. There is thus locally limited a higher concentration of collected objects or things.

According to the invention, it is provided that the collection system has at least one container and a housing for receiving the container. The container is intended to hold the things or things or objects, and the present invention is not limited to any particular things or things or objects. The collection is performed such that the collected items are preferably stored in the container or received by the container. The container may thus be a collection container.

In order for things or objects or things to be collected in the container, the container must have a container receiving space. This is through the container bottom and the Container wall reaches, wherein the container may also have a container lid. By the container lid can be achieved, for example, that odors can be held in the container. By a container lid, it is also possible that the access to the container receiving space can be temporarily closed or opened. It is also possible that the container lid has a receiving opening or a throw-in opening. Through these openings, the things or things or objects can be introduced into the container. For example, if the container is below the ground, a receiving opening or opening may be located above the ground, which is connected to the container, so that the things or things or objects can be introduced through the receiving opening or the opening into the container.

In addition to the container, the collection system also has a housing for receiving the container. In this case, the housing is designed such that it can receive the container. That is, the interior of the housing is sufficiently large so that the container can find space in it. Preferably, the housing is dimensioned such that the container can be completely absorbed by the housing and the container can be moved or moved in the housing. The housing serves to receive the container. In addition, when the collection system is an underfloor collection system located below the earth's surface, the housing for receiving the container may serve to shield the container from the soil. The housing for receiving the container is placed in such a case in the ground and forms a space for receiving the container.

In order to form the space for receiving the container, the housing for receiving the container preferably consists of a housing bottom and a housing wall. So that the container can be introduced into the housing, the housing also has a housing opening for receiving the container.

If the collection system is a garbage collection system, it is preferably designed to collect garbage so that the container is a garbage collection container and the housing for receiving the container is an outer housing into which the garbage collection container can be received. can act. As already explained above, the outer housing can form a receiving space through a housing bottom and a housing wall into which the refuse collection container can be partially, but preferably completely, accommodated. In the case of a refuse collection system, the refuse collection container and the outer housing into which the refuse collection container can be received are designed to be suitable for a refuse collection system and to be used.

The safety system according to the invention has a safety platform and a safety frame.

The security platform is preferably a planarized plane and the present invention is not limited to any particular platform shapes or configurations. The safety platform is preferably used to close the opening of the housing after removal of the container such that, for example, people or objects can not fall into the hole or the opening.

The security framework is preferably a framework for hosting the security platform. A frame is generally a side mount. The frame thus biases a plane, wherein the plane has an opening or recess. The opening or recess is preferably completely bordered by the frame. The base area of the security frame according to the invention preferably corresponds to the base area of the security platform according to the invention.

Further details on the security platform and the security framework follow in the further course of the description, to which reference is made at this point.

According to the security system according to the invention, the security platform has means for arranging the security platform on a container, wherein the container may in particular be a refuse collection container.

The means for arranging the security platform on a container may be different means, as long as the means are suitable for arranging the security platform, in particular detachably, on a container. For example, the arrangement means may be magnets or magnetic elements or magnetic locks. The magnets or magnetic elements or magnetic locks should be sufficiently dimensioned. For example, dimensioned such that they compensate for the weight of the safety platform by the arrangement of the safety platform on a container. However, the present invention is not limited to particular means for disposing the security platform on a container. For example, it can also be provided that the platform by means of a latching connection or a clip connection is placed on the container. It should only be ensured that the safety platform can be arranged on a container, in particular detachably. This arrangement should preferably take place below the container, that is on the container bottom. Namely, if the container is removed from the housing for receiving the container, for example, by pulling it out of the housing for receiving the container, the safety platform can be pulled upwards by the arrangement of the safety platform on the container with the container.

So that the safety platform can not be pulled out with a complete removal or complete withdrawal of the container from the housing for receiving the container, the safety frame is preferably used. The safety frame according to the invention is designed for arranging the safety frame in or on a housing for receiving the container, wherein the housing for receiving the container may also be an outer housing for receiving a refuse collection container.

The safety frame can be arranged in or on the housing for receiving the container. Preferably, the safety frame is placed on the housing for receiving the container and fixed thereto. The fixation can be done in or on the housing. The safety frame can be fixed to the housing so that the frame is arranged around the receiving opening of the housing.

The safety frame is preferably arranged on the housing for receiving the container, that when lifting or pulling the container out of the housing for receiving the container, the safety platform, which is arranged on the container, is stopped by the safety frame, so that the safety platform does not the container, which is to be emptied, for example, is removed from the housing, but rather the hole or the space in which the container is normally closes.

For closing the opening, in particular the receiving opening of the housing for receiving a container, the safety platform and the safety frame have various facilities. For example, the safety platform has at least one fixing means for fixing the safety platform to the safety frame. Furthermore, the safety frame has at least one fixing device for fixing the safety platform, wherein the fixing means and the fixing device cooperate.

The fixing device and the fixing agent act together. This means that the fixation of the safety platform according to the invention on the safety frame preferably takes place by interaction of the fixing means and the fixing device. The fixation according to the invention is a releasable fixation. So to a fixation that is as easy as possible to realize by the configuration of the fixing means and the fixing device, but still can be solved in a simple manner.

Embodiments of the fixing means and the fixing means will be described in the further course of the description, so that reference is made to this point and full content. The present invention is not limited to any particular fixative or fixation devices.

As a fixing, for example, bolts or locking bolts can be used. The locking bolts of which two or more, preferably four can be used, are preferably arranged on the safety platform from the outside on two opposite sides. The locking bolts are thus preferably from the safety platform. The locking bolts are also preferably arranged in the region of the corners of in particular opposite sides of the safety platform.

Since the fixing agent is intended to cooperate with the fixing device, the fixing device is to be correspondingly arranged on the safety frame. This can be done, for example, by the fixing devices are arranged in particular in the region of the corners of the safety frame on two particular opposite sides. Likewise, the safety frame may have two or more, preferably four fixing devices.

Particularly preferred as fixing two locking bolts on one side of the safety platform and two other latching hooks are arranged on the opposite side of the safety platform. In such a case, four locking hooks are arranged on the safety frame as fixing devices. Two snap hooks on one side and two more on the opposite side of the safety frame.

Furthermore, the security platform can have two or more means for placing the security platform on a container. The security platform preferably has four means for arranging the security platform on a container. The means for arranging the safety platform on a container should be arranged so that the safety platform can be arranged on a container. These are the means of arranging the Safety platform on a container preferably arranged around the region of the center of the safety platform.

According to the invention it is provided that a container which is part of a collection system and is accommodated in a housing can be removed from this housing. This can be done for example by pulling out. After pulling out or removing the container from the housing, the container can of course also be used again in the housing.

The arrangement of the safety platform on the container, this can also be moved. The security platform is therefore mobile, since it is arranged on the container. In contrast, the safety frame is immobile, since it is arranged in or on the housing for receiving the container. As already described above, the safety platform and the safety frame basically have the same or at least similar cross sections. It is also provided that the cross sections of the safety platform and the safety frame have at least the cross section of the housing for receiving the container. But it is also possible that the container identifies the cross section of the housing for receiving the container. The present invention is not limited to particular cross-sections or cross-sectional shapes. As a cross-section is understood in the context of the present invention, the cross-section, the opening, for example, has recess into which the container can be inserted or through which the container can be received. The container may for example have a square or a round cross-section. Likewise, the opening or recess of the housing, which can receive the container, also have a square or round cross-section. Furthermore, the safety platform and the safety frame may have a square or round cross-section.

In a preferred embodiment, the means for arranging the safety platform on a container at least one magnetic element. The safety platform preferably has two or more, particularly preferably four, magnetic elements for arranging the safety platform on a container. In an arrangement of four magnetic elements, these are preferably arranged cross-shaped in an orientation direction on the safety platform. In a further preferred embodiment, the magnetic elements have an orientation direction and the fixing means, for example in the form of a latching pin to a different orientation direction.

As already described above, it is provided that the safety platform can be arranged on a container. This can be done via means for arrangement having at least one magnetic element. Since the safety platform should preferably be arranged from the outside to the container bottom, this arrangement can be effected by magnets or magnetic elements.

The use of magnetic elements or magnets as means for arrangement has the advantage that the safety platform can be fixedly and stably and safely placed on a container. The arrangement can also be easily solved when using magnetic elements or magnets at the same time. This is for example advantageous when a container is to be pulled out of a housing for receiving the container, the safety platform, which is arranged on the container, but should remain in the housing for receiving the container. The present invention is not limited to specific types of magnetic elements or magnetic elements. It is rather to ensure that the attachment can be made on the principle of magnetism.

Furthermore, the magnetic elements can be held up by spring pressure. This upholding can be done, for example, by using springs. These springs can also compensate for differences in the container bottom, so that a good adhesion between the magnet and the container bottom can be guaranteed. For example, the container bottom may have unevenness or the container bottom is not oriented parallel to the safety platform during insertion of the container. In such cases, the container bottom, for example, first meet a magnetic element and. When using a total of four magnetic elements, the desired arrangement of the safety platform takes place at the container bottom by the container is already in contact with the container bottom magnetic element against the spring force is pressed down while further letting the container down until the remaining magnetic elements also in contact with the container bottom stand.

The fixing device can be designed in different ways, wherein the invention is not limited to specific embodiments. The fixing device may preferably have at least one latching hook for fixing the safety platform, and the fixing means have at least one latching pin for fixing the safety platform to the safety frame and the at least one latching pin cooperates with the at least one latching hook.

As already described above, it is provided that the safety platform, which can be arranged on a container, is not pulled out of the housing when the container is pulled out of the housing in which the container is received, but rather through the safety frame is prevented from being pulled out by fixing between the safety platform and the safety frame.

For this fixation, the fixing device, which are arranged on the safety frame, has at least one latching hook and the fixing means, which are arranged on the safety platform, at least one latching bolt. As already described above, in each case two or more, but preferably four latching hooks and / or latching bolts can be used.

When fixing the safety platform and the safety frame of the locking hook after it is locked to or under the locking pin, the safety platform such that the weight of the safety platform, which can also represent a plate is received or collected by the latching hook, so that the safety platform is held by the safety frame.

Furthermore, it is preferably provided that the fixing device has an actuating element for actuating the latching hook. As already stated above, the fixing device of the safety frame for fixing the safety platform can have a latching hook, which lays for fixing the safety platform around or under a latching pin and thus assumes the fixation. The actuation of the latching hook can take place via an actuating element, wherein the actuating element can be arranged on the safety frame.

Preferably, it can be provided that the actuating element is biased for actuating the latching hook via a spring. Such a bias has the consequence that upon actuation of the latching hook the movement of the latching hook precludes a defined force.

In the following, the fixation of the safety platform to the safety frame will be described by means of a non-exclusive example with reference to a latching bolt and a latching hook. It goes without saying that this fixation can also be transferred to other or several latching hooks and latching bolts or the fixing can basically be realized in a different way.

For fixing the safety platform to the safety frame, for example, a locking bolt initially strikes the latching hook below a latching hook. Due to the bias of the latching hook, the latching hook initially remains in its position after contact with the latching bolt. If a container further pulled out of a housing, the force exerted by the locking bolt on the latching hook increases. Furthermore, the latching hook on a locking wedge. Due to the increase in force and the shape of the latching hook rotates or pivots the latching hook and the locking bolt slides along the locking wedge of the latching hook along until locking pin has reached the end of the locking wedge and the latching hook is below the locking pin or the latching hook has been placed around the locking pin , As soon as the latching hook lies under the latching bolt, the latching hook rotates or pivots back into the starting position due to the prestressing. There is then a positive connection, so that the locking pin and thus the safety platform is securely fixed with or on the safety frame.

By the bias of the confirmation element, a defined force for actuating the latching hook can be adjusted, so that it can be adjusted whether the force which is required to lock the latching hook around or under the latching bolt should be high or low. The present invention is not limited to particular types or shapes or types. For example, the spring may be a spiral or torsion spring.

In a preferred embodiment, the fixing device has at least one guide roller for guiding a container in a housing for receiving the container. The fixing device, which is arranged on the safety frame, may have a guide roller, but it may also be possible that the guide roller is not arranged on the fixing device, but directly on the safety frame. Preferably, two or more guide rollers, more preferably four guide rollers are used for guiding the container in a housing for receiving the container. As already mentioned above, the guide rollers may be part of the fixing devices, so that a fixing device preferably has a guide roller.

A guide role in the context of the present invention serves to guide a container that can be inserted or received in a housing. For example, two or more guide rollers may be adapted to insert a container into a housing. The guide rollers provide a space between the container and the housing as well as the safety frame realized. By guiding the container, the risk that the container abuts the housing wall can be reduced. Of course, the present invention is not limited to any particular guide rollers or a particular number or arrangement of guide rollers.

If the guide roller for guiding a container is arranged on the fixing device, the guide roller can be connected to the latching hook, for example via an actuating element. Due to the bias of the actuator and a mechanical coupling or connection of the latching hook with the actuator and the guide roller, the system consisting of latching hook, actuator and guide roller can be regarded as a biased system. In such a case, the catch hook and the guide roller are also biased.

Through this preferred embodiment, it may be possible that the latching hook is only actuated when the leadership experienced a change in position. If a container is in a housing for receiving a container, the guide roller can remain in a defined position by the bias. This position changes, for example, only when the container has been completely removed from the housing, so that the container is no longer in contact with the guide roller, so that the guide roller, for example, can fold from an upper position to a lower position. By eliminating the contact of the container with the guide roller, the counterforce to compensate for the bias, which was maintained by the container, omitted, so that the guide roller undergoes a change in position. By this change in position, for example, the latching hook can be actuated when the guide roller is connected via an actuating element with the latching hook. Further details of these possible embodiments are described and explained in the description of the figures, so that reference is made to this point and full content.

By biasing the system latch hook actuator guide roller, for example, the latching hook can be preferably held in a position so that the latching hook after a deflection or folding from a position automatically wants to slide back into the previous position. This position may, for example, be the position for fixing the safety platform to the safety frame. This position can also be referred to as a closed position. In this position, the latching hook is in the position that it partially surrounds the latching bolt or would partially embrace it and thus fixes or fixes the safety platform to the safety frame. At a bias of the latching hook, the latching hook can be brought, for example from this biased position by applying force to the guide roller. For example, when inserting the container into the housing, a force can be applied to the guide roller, by which the guide roller is pressed down. Due to the mechanical connection between the guide roller and the latching hook via the actuating element, the latching hook can be brought out of its pretensioned position by the latching hook opening.

In a further preferred embodiment, the safety frame has at least one additional fastening unit for releasably securing the safety platform to the safety frame, and the safety platform has at least one additional fastening means for releasably securing the safety frame, wherein the fastening unit and the fastening means cooperate.

The fixing unit and the fixing means are a device similar to the fixing means and the fixing means. By the fastening unit, which is provided on the safety frame and by the fastening means, which is arranged on the safety platform, a detachable attachment or connection of the safety platform to the safety frame can be achieved. Since this connection should be solvable and since the safety platform is to be attached to the safety frame, this connection can be regarded as "functionally similar" with the fixation.

The safety system comprising at least one safety frame and a safety platform, wherein the safety frame is arranged on or in a housing for accommodating a container and the safety platform on a container, a container with a arranged safety platform can be pulled out of the housing for receiving the container, the safety platform is in particular releasably fixed and / or fastened to the safety frame. The safety platform can be retained, for example, by locking units in the form of angles or angle iron. The angles or angle irons are preferably arranged on the safety platform and can be designed such that the angles form a mechanical barrier with respect to the withdrawal of the safety platform. For example, the locking units may be in the form of angles that protrude from the safety platform such that they are covered by the safety frame in the direction of lifting the container out of the housing stand out the security framework. Likewise, the locking units or angle or angle iron can be used as fastening means of the safety platform, as already described above.

Likewise, it can be provided that further components, which will be described below, are arranged on the locking units, in the form of angles or angle irons.

In a preferred embodiment, the invention additionally provides, in addition to fixing the safety platform to the safety frame, attachment of the safety platform to the safety frame. In this case, the attachment of the fixation preferably differs in that although the security platform is attached to the safety frame by attachment, this attachment is not fail-safe. In such a case, the attachment can be understood as a non-positive attachment, for example by using magnetic elements. In contrast, it is in the fixation by partially embracing the locking bolt by the locking hook to a positive fixation of the safety platform on the safety frame. Such a fixation is fail-safe in contrast to a fastening described above. A fixation and attachment according to the invention has in common that both are preferably detachable.

With respect to the time when the security platform is fixed to the security frame and when the security platform is attached to the security frame, the present invention is not limited. Preferably, the attachment of the safety platform to the safety frame occurs during or after the safety platform has been fixed to the safety frame.

After attachment, which is detachably formed, the safety platform is attached to the safety frame. To attach the safety platform to the safety frame, the fastening unit and the fastening means act together.

A preferred embodiment provides that the fastening unit has at least one magnetic element and that the fastening means has at least one magnetic element or a magnetic element. In this case, the fastening unit and / or the fastening means may be formed as a magnetic element or magnetic element. The present invention is not limited to particular types of magnetic elements or magnetic elements.

It is only to ensure that the attachment can be made on the principle of magnetism.

The use of magnetic elements or magnets or magnetic elements as a fastening unit and / or fasteners have the advantage that the safety platform can be fixedly and stably and safely placed on a container. The arrangement can also be easily solved using magnetic elements or magnets or magnetic elements.

For the purposes of the present invention, magnetic elements are understood to mean all elements which can be magnetized according to the principle of magnetism. The present invention is not limited to particular magnetic elements, but non-exclusive examples of magnetic elements may be, for example, iron or steel materials.

The fastening unit is preferably arranged on the safety frame and the fastening means is arranged on the safety platform in such a way that the safety platform can be detachably fastened to the safety frame after or through the fixation device and the fixing means by means of the fastening unit and the fastening means.

In a particularly preferred embodiment of the security system when removing a container from a housing for receiving a container, the fixation of the safety platform on the safety frame by the fixing means in the form of a locking bolt and by the fixing device in the form of a latching hook, as already described above. The fixation of the safety platform to the safety frame can then be followed by the attachment of the safety platform to the safety frame in the further course of withdrawal of a container from the housing for receiving a container. In such a case, the safety platform is preferably first fixed to the safety frame and then attached to the safety frame.

In another embodiment, the attachment of the safety platform to the safety frame can of course also be carried out during or during the fixation of the safety platform on the safety frame.

It only has to be ensured that the fixation of the security platform on the security framework begins first. To ensure this, the fixing device, the fixing means, the fastening unit and the fastening means are arranged accordingly.

Preferably, the safety platform is adapted for placement within a housing for receiving a container and the safety platform has slide rails for sliding within the housing. As described above, the collection system for which the security system can be used may include a container and a housing for receiving the container. If the container has to be emptied, this can preferably be done in such a way that the container is pulled out of the housing. In a process of extraction, it is preferably provided that the safety platform, which is preferably arranged below the container bottom, has slide strips.

The slide strips are preferably arranged on all side surfaces of the safety platform. Preferably, two or more, more preferably eight slide strips are arranged on the safety platform. If eight sliding guides are provided, then two sliding strips can be arranged on each side surface of the safety platform. If on the side surface of the safety platform Gleitleisen are arranged, then in a preferred embodiment, two sliding strips and two locking pins can be arranged from the outside to the side surface on two opposite sides.

The slide rails can be arranged independently or via interconnected components to the safety platform. For the purposes of the arrangement of the slide strips, the term self-contained means that the slide strips are arranged directly on the safety platform. When the slide strips are arranged via intermediate components, the slide strips, as already described above, can also be arranged on locking devices or angles or angle irons. In such a case, the angles can be used as fastening means of the safety platform and the sliding strips are arranged at the angles.

Such sliding strips are preferably used to reduce the friction between the inner housing wall and the safety platform. The present invention is not limited to specific materials or materials of the wear strips. For example, the material of the wear strips may be plastic. Teflon, for example, is particularly known as a friction-reducing plastic.

As already described above, the safety platform can have various elements of the fixing device and fastening device. The safety platform preferably consists of a frame that can be additionally stiffened by a cross bracing, which can be arranged in the middle of the frame. In addition, the safety platform may have a base plate and / or a cover plate. When using a bottom plate and / or top plate, ensure that all elements required to fixate and / or secure the safety platform to a container are functional. This can be achieved for example by corresponding recesses in the bottom plate and / or cover plate.

According to a second aspect of the present invention there is provided a collection system, the collection system comprising at least one container and a housing for receiving the container, and characterized in that the collection system comprises a security system comprising a security frame and a security platform. The safety system is designed in the manner described above according to the first aspect of the invention. In particular, it is provided that the collection system is a waste collection system with at least one refuse collection container and an outer housing.

Since the security system is designed in the aforementioned manner according to the first aspect of the invention, reference is made at this point to the full extent to the security system according to the first aspect of the invention and reference is made.

As mentioned above, a collection system is a system for collecting things or things or goods or objects or valuable materials, the collection system being designed in particular as a waste collection system.

The collection system has at least one container, at least consisting of a container bottom and a container wall. The housing for receiving the container also has at least one housing bottom and at least one housing wall, as well as at least one housing opening, as already described above.

In addition to the container and the housing for receiving the container, the collection system also comprises a security system, which preferably consists of a security platform and a security frame.

Preferably, the safety frame is disposed at the upper edge of the housing for receiving the container and the safety platform is at least partially disposed within the housing for receiving the container. This type of arrangement of the security platform and the security framework can ensure that the security platform disposed on the container when removing or removing the container from the housing for receiving. the container is retained or fixed and / or fastened by the safety frame in such a way that the safety platform is arranged in the area of the earth's surface or on the surface of the earth and that the container receiving space of the housing is closed. By this closing can be ensured that no people or pedestrians or objects can fall into the opening of the housing.

In a further embodiment, the collection system can be designed as an underfloor collection system, in particular as an underground sediment collection system. As already mentioned, the collection system can be designed as underfloor collection system. In such an underfloor collecting system, the housing for receiving a container is preferably below the surface of the earth. The housing is thus embedded in the ground or in the ground. Such an arrangement has the advantage that the collection system has to have only a small insertion opening and below the earth's surface, a large container can be introduced into the housing.

Furthermore, preferably, the housing for receiving the container and / or the container made of concrete, plastic or metal may be formed. The present invention is not limited to specific materials. It only needs to be ensured that by using magnetic elements or magnetic elements which may be magnetizable, a suitable arrangement of the safety platform on the safety frame is possible. This particular detachable arrangement can be done as already described above by a fixation and / or by an attachment. The said materials of the housing for receiving a container and / or the container have the advantage that these materials can be formed impermeable to water. In addition, these materials can be selected very robust, ie optimized in terms of wear reduction.

In summary, the present. Invention will be described as follows. There is provided a security system for a collection system and a collection system, wherein the collection system, in particular an underfloor collection system for the collection of refuse or waste or recyclables is suitable. The security system consists of a security framework and a security platform. The safety platform, which may be an assembly, is magnetically placed against a container, which may also be a container. If a crane, which pulls up the container, so from a housing in which the container can be taken out, takes out, the safety platform is taken. When contacting the safety platform with the safety frame, the safety platform is transferred from the container to the safety frame and fixed with this as a walkway platform.

For the safety frame, which can also be referred to as a centering frame, arranged on top of a housing for receiving a container. The safety frame has a fixing device, which can also be referred to as a mechanical lock, with which the safety platform can be fixed to the safety frame. Furthermore, the safety frame on magnetic elements on angle iron as a fastening unit. At this angle iron sliding strips are arranged, through which the platform can slide in the housing.

On the safety platform at least one fixing means in the form of a locking bolt for example, a mechanical locking is provided. Furthermore, the safety platform on magnetic elements, for example in the form of magnets that can be held up by spring pressure. By the spring pressure, it is possible, for example, that differences in the container bottom can be compensated, so that a good adhesion between the magnetic elements and the container bottom can be guaranteed.

If a container is arranged in a housing for receiving the container and this container is to be removed, for example, for emptying out of the housing, it can be provided that the safety platform with the help of the magnets adheres to the container bottom and the safety platform with the withdrawal of the container also after is moved up. If the container is then to be completely removed from the housing, the safety platform can be stopped by the safety frame at the complete exit from the housing by the safety platform is retained by, for example, locking units in the form of angle iron. In this case, the safety platform can also be held in this upper position by the magnet units arranged on the locking units. By completely pulling out the container from the housing, the fixation, so the liability between the magnetic elements of the safety platform and the container bottom is lost. The safety platform is thus transferred from the container to the safety frame.

When the container is pulled out of the housing, the safety platform with the fixing means and the fixing device can be fixed to the safety frame. In this case, there is the latching hook, which is part of the fixing device, below the locking bolt, the Represents fixative. Such a positive connection is useful because connections by means of magnetic elements are not fail-safe.

If a container is to be used again in a housing for receiving the container, the safety platform, which is fixed to the safety frame by the Fixiereirichtung, first be arranged on the container bottom by means of magnetic elements again. By actuating an actuating lever, which can be actuated by inserting the container into the housing, the fixing device can be released and the safety platform can be sunk with the container in the housing. To operate the actuating lever, a guide roller or support roller can be used, which can be biased by means of a torsion spring. By the bias can be provided that the leadership still want to turn up, so that actuation of the actuating lever to release the fixation of the safety platform from the safety frame can be done by folding or turning the guide roller. When inserting the container in the housing, the guide rollers preferably roll on the side wall of the container and thus also serve as a guide.

The arrangement of the various components is of course such that the corresponding components such as the fixing device and the fixing means can cooperate in a suitable manner. The present invention is not limited to or limited to particular positions or locations of the respective components, as far as cooperation of the components is possible, if necessary.

In preferred but non-exclusive embodiments, the present invention may be practiced as follows.

The safety frame, which may also be referred to as a centering frame, is mounted on top of the housing, which may be a concrete box. In the safety frame is the mechanical locking of the safety platform in the upper state. Furthermore, located in or on the safety frame magnets that hold the safety platform in the upper position to the angle iron. At the angle iron and plastic sliding strips are mounted, which guide the safety platform in the housing or concrete box. In or on the safety platform an axis for the mechanical locking is provided. Furthermore, magnets are mounted on or in the safety platform, which are held up by spring pressure. This may be necessary, for example, to compensate for differences in height on the container floor or container bottom and to guarantee good adhesion between the magnets and the container floor.

If the refuse container is in the housing or concrete box, the magnets stick to the bottom of the container. When the container or container is removed from the box, the safety platform is stopped by the safety platform hitting the safety frame and being stopped by the angle irons. The magnets then hold the safety platform firmly in the upper position. The adhesion between the magnets and the container floor is pulled apart by the crane. When the container is lifted out of the box, the latching hook or hook is under the mechanical latching axle so that the safety platform is secured. This is necessary because the magnets on angle iron are not fail-safe.

If the container is placed back in the container, the guide roller is pushed by the container down, causing the catch hook rotates away. The magnets stick to the container bottom and the weight of the container pulls the magnets from the angle iron off the frame. A torsion spring is mounted on the guide pulley, causing the guide roller to move upwards. The guide roller rolls on the side wall of the container.

If the underfloor container, which may also be referred to as underfloor container, is received by the housing, the magnetic safety platform depends by means of magnets below the container. When the container is pulled out by means of a crane, the safety platform is pulled up to the head of the housing. During lifting, the safety platform and container are guided inside the container. During the lift-out process, the security frame with the integrated locking mechanism blocks the security platform so that the security platform detaches from the container. The locking mechanism, comprising four locking points, maintains the safety platform in the raised position and secures the housing by closing the housing opening during emptying of the container. If the container is to be used again, the container connects via the container floor with the magnets and the locking mechanism is opened. In the further insertion process, the container reaches the lower position, the starting position.

The invention will now be explained in more detail by means of embodiments with reference to the accompanying drawings. Show it

1 an inventive collection system, in particular a Unterflurmüllsammelsystem;

2A an embodiment of the security system according to the invention, consisting of safety frame and safety platform in the open state, wherein the safety platform is shown without cover plate;

2 B the embodiment 2A wherein the safety platform comprises a cover plate;

3 the embodiment of 2 B in the closed, fixed state;

4 a side view of the embodiment 3 ;

5 a perspective detailed view of the embodiment 3 ;

6A a side detail view of the embodiment of 3 where only the visible body lines are shown; and

6B the side detail view off 6A , in which also non-visible body lines are shown.

In 1 is a collection system according to the invention 1 shown. This is in particular a Unterflurmüllsammelsystem. The collection system 1 has a housing 10 for receiving a container 20 , which in the following the sake of simplicity only as a housing 10 is called on. The housing 10 consists of a housing wall 11 and a caseback 12 , Furthermore, the housing has 10 via a housing opening 13 , In this case opening 13 is it possible a container 20 in the case 10 contribute. The container 20 consists of a container wall 21 and a container bottom 22 , which together form a container receiving space 23 form. Into the container receiving space 23 can be garbage for example 200 or recyclable materials.

On the container 20 can a container lid 24 be put on or be the container 20 can close. On the container lid 24 is a throw-in device 25 provided for the introduction of garbage or waste, the throw-in device 25 from a throw-in column 26 with a throw-in opening 27 can be formed.

Furthermore, this includes in 1 illustrated collection system 1 a security framework 40 , which is in the area of the housing opening 13 on the housing 10 is arranged and thus between housing 10 and containers 20 is arranged. Below the tank bottom 22 is a security platform 50 provided and at the container bottom 22 arranged. The security framework 40 and the security platform 50 together make up the security system 2 , which in the 2 to 6 is shown.

Like also out 1 the collection system is visible 1 below the earth's surface 101 so that, for example, the case 10 in the soil 100 is arranged.

In the 1 illustrated security platform 50 is so to the container 20 arranged that when pulling out or removing the container 10 the security platform 50 is pulled upwards. Because the area of the security platform 50 but preferably larger than the surface of the container bottom 22 is, stands the security platform 50 over the tank bottom 22 out. When pulling out the container 20 Pulling out the security platform is prevented by the security platform 50 from the security framework 40 is stopped. To simplify the extraction, the security platform 50 Sliding strips (not shown). By the sliding strips, for example, the friction between the inner housing wall 11 and the security platform 50 can be reduced or there is a risk of tilting the security platform 50 be reduced.

When the container 20 out of the case 10 removed or pulled out, the safety platform remains 50 fixed with the safety frame 40 in the upper position, so that people or objects are not in the hole, which is below the safety platform 50 lies and through the housing opening 13 is formed, can fall. How this can be realized in detail will be described in more detail below.

In 2A is an embodiment of the security system according to the invention 2 consisting of safety frames 40 and security platform 50 shown. More precisely, it is an embodiment of the security system according to the invention 2 in the open state, which is understood to be open, the fixation of the safety platform 50 on the security frame 40 not available. The security platform 50 is spatially of the security framework 50 arranged. A closed arrangement of the security system 2 is for example in 3 shown. With a closed arrangement of the security system 2 is the security platform 50 in close proximity to the security framework 40 , The security platform 50 is in contact with the security framework 40 and is fixed and / or fixed with this. At the in 2A illustrated embodiment of the safety system according to the invention 2 is the security platform 50 without cover plate (not shown) shown.

The following are the security framework 40 as well as security platform 50 described in more detail, the present invention is not limited to the described embodiment. Likewise, only one component is described at a time. For example, only one fixing device, consisting of locking hooks 41 , Actuator 43 and leadership 42 although four fixators are attached to the safety frame 40 are arranged. Likewise, the present invention is not limited to the illustrated number of components. For the description of the security platform 50 It is also true that only one component is described in detail, but it is obvious to a person skilled in the art that several components can also be used. Also the security platform 50 is not limited to the number of components shown.

The security framework 40 of the security system 2 has the in 2A illustrated frame 44 on. At this frame 44 different devices or units are arranged. As in 2 is shown on the frame 44 of the security framework 40 a total of four fixators, consisting of locking hooks 41 and leadership roles 42 intended. Here is the lead role 42 via an actuating element 43 with the locking hook 41 connected. Furthermore, the security framework 40 magnetic elements 45 on. Overall, the security framework 40 four magnetic elements 45 on. The four magnetic elements 45 are even on two opposite sides of the frame 44 arranged. Thus, on the two opposite sides of the frame 44 two magnetic elements each 45 arranged. In the in 2A embodiment shown are the magnetic elements 45 on two opposite sides of the frame 44 arranged, whereby the altogether four latching hooks 41 on the other two opposite sides of the frame 44 are arranged. Thus, so are on two opposite sides of the frame 44 the four snap hooks 41 and at the other two opposite sides of the frame 44 are a total of four magnetic elements 45 arranged. The locking hooks 41 and the magnetic elements 45 are at the appropriate sides of the frame 44 of the security framework 40 in the area of the side ends or the corners of two intersecting sides of the frame 44 arranged. It is of course clear that the elements are also in other parts of the frame 44 can be arranged.

As per locking hook 41 a leadership role 42 are to be used in 2A also a total of four guide rollers 42 shown. Because the leadership roles 42 each via an actuator 43 with a latching hook 41 are mechanically connected, are in 2A also a total of four actuators 43 shown.

The four guide rollers 42 are in 2A also on two opposite sides of the frame 44 arranged so that on one side of the frame 44 two guide rollers 42 and on the opposite side of the frame 44 two more leadership roles 42 are arranged. On the two sides of the frame 44 where the four guide rollers 42 are arranged, it is in 2A around the two opposite sides of the frame 44 where the four total magnetic elements 45 are arranged. Compared to the magnetic elements 45 are the leadership roles 42 closer to the ends of the sides of the frame 44 or closer in the area of the corners of two intersecting sides of the frame 44 arranged. This results from the leadership role 42 over the actuator 43 with the locking hook 41 is connected and forms a fixing device. It is, as in 2A shown, provided that the latching hook 41 on one side of the frame 44 is arranged, the actuating element 43 parallel to the side of the frame 44 runs at the latch hook is arranged, wherein the guide roller, in the in 2A illustrated embodiment at one to this side of the frame 44 vertical side of the frame 44 is arranged.

The security platform 50 also consists of a frame 53 , In addition, the security platform points 50 a plate 57 , four magnetic elements 51 , four locking bolts 52 , eight angle plates 54 and eight sliding strips 55 on. So that moisture, which is in the frame 53 the security platform 50 can accumulate, can drain, the plate can 57 the security platform 50 Having openings in the form of recesses.

In the 2A illustrated security platform 50 points, according to the security framework 40 , a rectangular frame 53 on, which is spanned from two opposite sides. On the four sides are the eight angle plates 54 evenly distributed with the total of eight slide strips. That means that on each of the four sides of the frame 53 two angle plates each 54 each with a sliding strip 55 are arranged. Due to this uniform arrangement of the angle plates 54 and the sliding strips 55 can be a simple glide of the security platform 50 in the housing (see 1 ) be achieved.

The total of four locking bolts 52 are also uniform on two opposite sides of the frame 53 the security platform 50 arranged. Thus, on two of the four sides of the frame 53 two locking bolts each 52 on the frame 53 arranged. Here are the respective locking bolts 52 on the corresponding sides of the frame 53 in the area of the respective ends of the sides of the frame 53 arranged. That is, at the end regions of the two corresponding opposite sides of the frame 53 one locking bolt each 52 is arranged.

The frame 53 the security platform 50 is in 2A designed such that the frame 53 through a cross brace 58 additionally reinforced by the frame 53 additionally stiffened. At the cross brace 58 which consists of two profiles, which are two opposite sides of the frame 53 Connecting together, the total of four magnetic elements 51 arranged. The magnetic elements 51 are doing in a defined radius or area around the center of the cross bracing 58 the security platform 50 arranged. The magnetic elements 51 the security platform 50 are not in the edge area of the frame 53 but rather in the middle of the security platform 50 arranged. This arrangement is chosen because the magnetic elements 51 from the outside under the bottom of the tank (see 1 ) are to be arranged. The magnetic elements 51 can be provided with springs (not shown) for height adjustment, to ensure that the safety platform has optimal grip 50 at the bottom of the container 22 is present.

In 2 B is the embodiment of 2A shown, the security platform 50 a cover plate 59 having. The cover plate 59 is the way to the security platform 50 arranged that the cover plate 59 the frame 53 the security platform 50 almost completely covered. To ensure the functionality of the fixing device and the fastening device, the cover plate 59 Recesses on, through which the magnetic elements 51 through the cover plate 59 can be inserted through it. Furthermore, the cover plate 59 recesses 56 on, through which, for example, water can flow. Basically, this corresponds to 2 B shown embodiment of the Ausführungsführungsbeispiel 2A , so that with respect to the arrangement of the respective components or elements 2A fully referenced and incorporated by reference.

In 3 is the embodiment of 2 B shown in the closed state. As stated above, it is the closed state of the security system 2 to the state where the security platform 50 with the safety frame 40 is fixed, so with the security framework 40 in contact. The container (see 1 ) at the container bottom 22 the security platform 50 from the outside with magnetic elements 51 was arranged, was out of the case 10 pulled out so that upon complete removal of the container 20 out of the case 10 the security platform 50 on the security frame 40 is fixed. How this fixation is done in the 4 to 6 described in detail.

In 4 is a side view of the embodiment of the security system 2 out 3 shown. The security system 2 includes the security framework 40 and the security platform 50 , where the security framework 40 a latch hook and a guide roller (not shown). The security platform 50 has slide rails 55 to reduce friction and to better slide the safety platform 50 in the housing (see 1 ) serve.

In 5 is a detail view of the embodiment of the security system 2 out 3 shown in perspective view. Before the fixation of the security platform 50 with the safety frame 40 can be done are the security platform 50 and the security framework 40 spatially separated, according to 2 B , The magnetic elements (not shown) of the safety platform 50 are at the container bottom (see 1 ), so that when pulling up the container (see 1 ) the security platform 50 is pulled upwards.

When the locking bolt 52 the security platform 50 now in contact with the latching hook 41 of the security framework 40 comes, can the latch hook 41 due to its geometry a rotational movement in the form of a rotation 300 due to the pressure of the locking bolt 52 perform so that the locking bolt 52 at the latching hook 41 past further upwards. After the locking bolt 52 at the latching hook 41 vorbeigeglitten, is the locking hook 41 below the locking bolt 52 , allowing a positive fixation of the security platform 50 is achieved by the latch hook 41 the locking bolt 52 at least partially encompasses.

Over the entire period of passage of the locking bolt 52 at the latching hook 41 were the magnetic elements 51 at the bottom of the container 22 arranged. If the container 20 Now continue upwards out of the housing (see 1 ), the security platform can 50 due to the locking bolt 52 which through the frame 44 of the security framework 40 is retained, not from the housing 10 be pulled out. Because the container 20 for emptying but completely out of the housing 10 can be removed dissolves upon further withdrawal of the container 20 out of the case 10 the arrangement of the magnetic elements 51 from the tank bottom 22 such that the container 20 out of the case 10 can be taken and the security platform 50 with the safety frame 40 is fixed.

After fixing the security platform 50 through the latching hook 41 and the locking bolt 52 until the arrangement of the magnetic elements is released 51 from the tank bottom 22 An attachment of the security platform 50 on the security frame 40 via a fastening device. The fastening device consists of the angle plates 54 on the security platform 50 are arranged and the magnetic elements 45 attached to the safety frame 40 are arranged. For fixing by means of fastening devices, of which four are provided, the angle plates come 54 the security platform 50 with the magnetic elements 45 of the security framework 40 in contact, so the security platform 50 after completely pulling out the container 20 out of the case 10 in addition to the safety frame 40 is attached. There is then a fixation by means of the four fixing devices and an additional attachment by means of the four fastening devices. Once a fixation by means of the locking hooks 41 and the locking bolt 52 , once an attachment by means of the magnetic elements 45 and the angle plates 54 , The attachment via the magnetic elements 45 and the angle plates 54 however, it is not fail-safe. This reliability is achieved by fixing the latching hook 41 and the locking bolts 52 reached.

Like also out 5 can be seen, is the locking hook 41 via an actuating element 43 with a leadership role 42 mechanically connected. Through this mechanical connection, the leadership role 42 provided the catch hook 41 a turn 300 performs, also a rotation 301 carry out. The leadership 42 may be biased by a spring (not shown). By this bias, the required pressure or the force required to operate the latching hook 41 be set. The leadership 42 when pulling out but also when inserting the container 20 from or into the housing 10 the container 20 ,

By this fixation or attachment is after the container 20 out of the case 10 is removed, the housing opening (see 1 ), so that no person in the housing opening (see 1 ) can fall.

Will the container 20 after emptying back into the housing 10 begins, then sets the container 20 first on the leadership roles 42 on. This will make the container 20 in the case 10 "Threaded" or positioned. By increasing the force on the guide rollers 42 can this one turn 301 perform, which has the consequence that the latching hook 41 also a turn 300 performs and thus the locking pin 52 free again. In such a case, the security platform could 50 fall down. However, this is achieved by the attachment by means of the fasteners using the magnetic elements 45 and the angle plates 54 prevented. This attachment allows the security platform 50 even with the latch hook open 41 not down in the case 10 fall. If now the container 2 with the latch hook open 41 in the case 10 is lowered or introduced, come the magnetic elements 51 the security platform 50 again with the container bottom 22 in contact, so that between the security platform 50 and the container bottom 22 There is a contact that prevents the security platform 50 in the case 10 falls down.

By increasing the force or the pressure when lowering the container 20 in the case 10 solves the attachment of the fastening device, ie between magnetic element 45 and angle sheet 54 ,

In 6A is a side detail view of the embodiment of 3 , where only the visible body lines are shown. How out 6A can be seen, in the example shown, the angle plate 54 Wear Strips 55 assigned, with the sliding strips 55 a simple glide of the security platform 50 inside the case (see 1 ). Furthermore, a latching hook 41 represented by means of an actuating element 43 with a guide roller (not shown) is connected. In the embodiment shown, the latching hook is located 41 below the locking bolt 52 ,

In 6B is the side detail view off 6A shown, wherein in this representation in addition to the visible body lines and non-visible body lines are shown, so that components that are in 6A are hidden, can be seen. So is in 6B a leadership role 42 shown. This leadership 42 is about the actuator 43 with the locking hook 41 connected. Because in 6B In principle, the same is shown, is at this point to the comments too 6A fully referenced and incorporated by reference.

Furthermore, in 6B represented as the magnetic elements 45 for fastening the safety platform 50 on the security frame 40 can lie and what position the leadership role 42 after removal of the container (see 1 ) can take.

The arrangement of the various components is of course such that the corresponding components such as the latching hook 41 and the locking bolt 52 can interact. Accordingly, this applies to the other components which cooperate according to the invention.

It goes without saying that a person skilled in the art realizes the fixation or the attachment of the safety platform 50 with the safety frame 40 can also make in other ways, so that the present invention is of course not limited to the embodiments illustrated in the figures.

LIST OF REFERENCE NUMBERS

1

Collection system, in particular underfull waste collection system

2

security system

10

casing

11

housing

12

caseback

13

housing opening

20

container

21

container

22

container bottom

23

Container receiving space

24

container lid

25

throw device

26

throw-in column

27

deposit slot

40

security framework

41

latch hook

42

leadership

43

actuator

44

frame

45

magnetic element

50

security platform

51

magnetic element

52

Indexing plungers

53

frame

54

Winkelblech

55

Wear Strips

56

recess

57

baseplate

58

cross stay

59

cover plate

100

soil

101

earth's surface

200

rubbish

300

Turn latch hook

301

Rotation guide roller

QUOTES INCLUDE IN THE DESCRIPTION

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

Cited patent literature

• DE 4312984 A1 [0005, 0005]
• DE 69809094 T2 [0006]
• DE 29712150 U1 [0007]
• EP 1074487 B1 [0008]

Claims (14)

Security system ( 2 ) for a collection system ( 1 ), comprising at least one container ( 20 ) and a housing ( 10 ) for receiving the container, in particular for a refuse collection system with at least one refuse collection container and an outer housing, in which the refuse collection container is received, comprising a security platform ( 50 ) and a security framework ( 40 ), whereby the security system ( 2 ) is characterized by the following features: - the security platform ( 50 ) has means for arranging the security platform ( 50 ) on a container ( 20 ), in particular a garbage bin, on, - the security framework ( 40 ) is to arrange the security framework ( 40 ) in or on a housing ( 10 ) for receiving the container, in particular an outer housing for receiving a refuse collection container, formed, - the safety platform ( 50 ) has at least one fixing means for fixing the security platform ( 50 ) on the security framework ( 40 ), - the security framework ( 40 ) has at least one fixing device for fixing the safety platform ( 50 ), wherein the fixing means and the fixing device cooperate. Security system ( 2 ) according to claim 1, characterized in that the means for arranging the security platform ( 50 ) to a container ( 20 ) at least one magnetic element ( 51 ) exhibit. Security system ( 2 ) according to claim 1 or 2, characterized in that the fixing device for fixing the safety platform ( 50 ) at least one latching hook ( 41 ) and that the fixing means for fixing the security platform ( 50 ) on the security framework ( 40 ) at least one locking bolt ( 52 ) and that the at least one locking bolt ( 52 ) with the at least one latching hook ( 41 ) cooperates. Security system ( 2 ) according to claim 3, characterized in that the fixing device is an actuating element ( 43 ) for actuating the latching hook ( 41 ) having. Security system ( 2 ) according to claim 4, characterized in that the actuating element ( 43 ) for actuating the latching hook ( 41 ) is biased by a spring. Security system ( 2 ) according to one of claims 1 to 5, characterized in that the fixing device comprises a guide roller ( 42 ) for guiding a container ( 20 ) in a housing ( 10 ) for receiving the container. Security system ( 2 ) according to one of claims 1 to 6, characterized in that the security framework ( 40 ) at least one additional attachment unit for releasably securing the security platform ( 50 ) on the security framework ( 40 ), and that the security platform ( 50 ) at least one additional fastening means for releasably securing the safety frame ( 40 ), wherein the fastening unit and the fastening means cooperate. Security system ( 2 ) according to claim 7, characterized in that the fastening unit at least one magnetic element ( 45 ) and that the fastening means at least one magnetic element ( 45 ) or a magnetic element. Security system ( 2 ) according to claim 7 or 8, characterized in that the fastening unit on the safety frame ( 40 ) is arranged and that the fastening means on the security platform ( 50 ) is arranged that the security platform ( 50 ) after or at the fixation by the fixing device and the fixing means by means of the fixing unit and the fastening means releasably on the safety frame ( 40 ) is attachable. Security system ( 2 ) according to one of claims 1 to 9, characterized in that the security platform ( 50 ) for placement within a housing ( 10 ) is designed for receiving a container and that the security platform ( 50 ) Sliding strips ( 55 ) for sliding in the housing ( 10 ) having. Collection system ( 1 ), comprising at least one container ( 20 ) and a housing ( 10 ) for receiving the container, in particular waste collection system with at least one refuse collection container and an outer housing, in which the refuse collection container is received, characterized in that the collecting system ( 1 ) a security system ( 2 ), comprising a security framework ( 40 ) and a security platform ( 50 ), the security system ( 2 ) is designed according to one of claims 1 to 10. Collection system ( 1 ) according to claim 11, characterized in that the security framework ( 40 ) at the upper edge of the housing ( 10 ) is arranged for receiving the container and that the security platform ( 50 ) within the housing ( 10 ) is arranged for receiving the container. Collection system ( 1 ) according to claim 11 or 12, characterized in that the collecting system ( 1 ) is designed as underfloor collection system, in particular as Unterflurmüllsammelsystem. Collection system ( 1 ) according to one of claims 11 to 13, characterized in that the housing ( 10 ) for receiving the container and / or the Container ( 20 ) is or are made of concrete, plastic or metal.

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