SPOTLIGHT STAND USED AS A STAND UNDER HEATING PIPES IN GREENHOUSES.

Abstract

The invention relates to a spotlight stand (S) that enables heating pipes used in greenhouse heating systems to be held at a certain height above the ground. The spotlight stand (S) comprises a base element (1), a riser element (2), connection protrusions (2.1) on the riser element (2), guide slots (1.1) on the base element (1), and a limiting element (1.2). The base element (1) and the riser element (2) are connected easily and quickly thanks to the placement of the connection protrusions (2.1) into the guide slots (1.1) via a rail movement and the limitation of the riser element's (2) position by means of the limiting element (1.2). This results in a spotlight stand (S) structure that reduces assembly labor, production time, waste rate, and production costs. (Figure-5)

Description

1 TARIFF USED ​​AS A STAND UNDER HEATING PIPES IN GREENHOUSES SPOT LEG TECHNICAL FIELD The invention is in the field of greenhouse heating systems and prevents the heating pipes from coming into contact with the ground. It involves a spotlight stand that allows it to be positioned at a specific height. STATE OF THE ART Various heating methods are used to maintain plants grown in greenhouses at suitable temperatures. systems are used. In one of these systems, near ground level inside the greenhouse Heating pipes are used that extend in this manner and these pipes are in direct contact with the floor. 15 spotlights are positioned at a specific height and in a regular manner without needing to be fixed in place. Their feet are used. In the known state of the art, spotlights generally consist of a base element and a pipe. 20 In these structures, the base element is positioned on the greenhouse floor, and the elevation... The components are fixed to the base element in a way that will support the heating pipes. This ensures that the heating pipes are routed along a specific line and height. One of the major problems encountered in current applications is the difference between the base element and the elevation. It is the way in which the elements are connected to each other. In known structures, the elevation element is the base element. The parts are passed through the gaps created on the element, and the parts passed through the gap are hammered, etc., is bent by striking it with a hand tool. Thus, the base of the elevation element The installation of the spotlight stand is completed by preventing it from separating from its component. However, this assembly method involves not only bringing the parts together, but also assembling them. This also requires shaping operations during the process. For example, elevation. after the element is inserted into the corresponding gap in the base element, the part that protrudes outwards The operator must bend it with a hammer. This requires additional effort for each elevation element. Assembly requires processing and labor, especially when a large number of spotlight feet are produced. 35 Increasing the production time reduces the production speed. 2 Furthermore, these types of assembly operations, which are performed with tools such as hammers, require operator intervention. Being interconnected makes production and assembly processes more laborious. The mechanical bending of parts during assembly creates a need for additional labor. This also leads to the production process involving more processing steps. As a result... Production costs and labor requirements are increasing, making mass and easy assembly more difficult. 5 Therefore, in the relevant technical field, the base element and the elevation element are formed by hammering, bending, etc. easy and quick, reducing the need for additional shaping processes enabling connection, reducing assembly labor and production time, and lowering the waste rate. There is a need for a spot market structure that allows for reduction and more economical production. It is heard. In the known state of the art, application number NL1012713 “Throughout the subframe section in the greenhouse consisting of an upper frame section that extends and reaches the ground below the greenhouse floor The patent application titled "Support stand for growing bed" describes a 15-inch stand used in greenhouses. It relates to the support stand. The structure consists of lower and upper body sections and is located in the greenhouse. including support for growing troughs as well as heating pipe systems It is stated as "it is used". However, in our invention, the main technical solution is... The connecting protrusions on the elevation element have one side open on the base element and The other side is passed through closed / blind guide slots by rail movement and restraint element 20 The aim is to maintain the assembly position. This allows for additional shaping such as hammering / bending. Assembly can be done without any additional steps. This special connection system belongs to the previous technique. This is not explained in document NL1012713. Another known instance of the technique is application number KR20130018883, “Pipe support 25 for greenhouse”. The patent application titled "invention" concerns "the roofing material that forms the floor of a vinyl house." a support that attaches to and is tied to the strap located on the back and extends from its lower surface This relates to the pipe support unit for the greenhouse, which includes the wing section; wing section, roof. It extended from the point of connection as the direction intersecting with the back of the material; longitudinally. The connection moves with the sliding of the roofing material's ridge along the direction and the vinyl house's 30 It supports the length of the pipe that forms its skeleton. Pipe support for greenhouse according to the present invention. According to the unit, construction can be simplified through decimal labor, such as the loft of a vinyl house. "It has the advantage of significantly shortening working hours at a high altitude," This document primarily describes the pipes that make up the greenhouse construction. It is aimed at relating them to each other. In our invention, the heating element used in the floor is 35 It relates to a spotlight stand that supports the pipes at a specific height. Also, the connection in our invention... 3 its protrusion, guide rail system and the open entry and closed / blind end geometry of the guide rail It is not included in the document. In conclusion, the existence of the above problems and the inadequacy of the current solutions are related to the technical aspects. This has made it necessary to make improvements in the field. 5 THE PURPOSE OF THE INVENTION The present invention meets the aforementioned requirements while eliminating all disadvantages. 10 as a stand under heating pipes in greenhouses, which lifts and offers some additional advantages. It relates to the spotlight mount used. The invention allows heating pipes used in greenhouse heating systems to be positioned at a specific height from the ground. the spotlight mount, which holds the spotlight in place, can be mounted more easily and quickly. is targeted. 15 Within the scope of the invention, the connecting protrusions located on the elevation element are related to the base element. By being placed into the guide slots on it via a rail movement, the existing Eliminates additional shaping processes such as hammering and bending required in applications. The aim is to remove it. 20 In addition to facilitating the easy placement of the elevation element onto the base element, the invention also... Thanks to the closed end structure of the limiting element and guide slots, the elevation element The aim is to prevent it from separating from the base element after assembly. This structure... The aim is to establish a reliable and practical connection. 25 The invention also reduces and simplifies assembly processes, thereby increasing production speed. increasing production, reducing labor requirements, lowering waste rates, and consequently increasing output. The aim is to reduce costs. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation will also take these forms and detailed explanations into account. It must be done by taking it. 35 4 BRIEF DESCRIPTION OF THE FIGURES The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. It is required. 5 Figure 1 shows the appearance of the base element in the spotlight mount, which is the subject of this invention. Figure 2 shows a detailed view of the base element of the spotlight pedestal, which is the subject of this invention. Figure 3 shows a front perspective view of the elevation element on the spotlight base, which is the subject of this invention. Figure 4; Rear perspective of the elevation element on the spotlight base, which is the subject of the invention. 10 It is the appearance. Figure 5; Detailed view of the base element and the elevation element of the spotlight pedestal, which is the subject of the invention. It is the appearance of being linked. Figure 6 shows a general perspective view of the spotlight mount, which is the subject of this invention. REFERENCE NUMBERS S. Spot foot 1. Base element 1.1. Guide slot 20 1.2. Limiting element 2. Elevator element 2.1. Connection protrusion The drawings do not necessarily need to be scaled and are sufficient to understand the existing invention. Details that are not present may have been omitted. Furthermore, at least to a large extent, they are identical. Elements that have, or at least substantially identical, functions are numbered the same. It is shown. DETAILED DESCRIPTION OF THE INVENTION 30 In this detailed description, the invention is described as a stand used under heating pipes in greenhouses. The preferred configurations of the spot foot (S) used are only better for the subject. It is explained in a way that facilitates understanding and does not create any limiting effects. 35 The invention relates to heating pipes used in greenhouse heating systems that come into direct contact with the ground. a spot that prevents the pipes from falling, thus enabling them to be transported at a specific height. It relates to the spot foot (S). The subject of the invention is the spot foot (S), which is basically positioned on the ground. at least one base element (1) and positioned on the said base element (1) and consisting of at least one elevation element (2) that enables the carrying of heating pipes It consists of base element (1) and elevation element (2) with compatible connection structures. It is connected via this means. Thanks to this structure, the mounting of the spotlight foot (S) requires an additional tilt 5 and this is achieved without the need for hammering operations. Figure 1 shows the appearance of the base element (1) of the spot foot (S) which is the subject of the invention, Figure 2 shows The detailed view of the base element (1) of the spot foot (S) which is the subject of the invention is shown. The base element (1) ensures that the spot foot (S) rests on the ground and the elevation element (2) is 10 It is the main load-bearing section that enables the transport of the elevation element on the base element (1). (2) the base element (1) that enables connection in a straight line with a rail movement. There are at least one, preferably two guide slots (1.1). The guide slots (1.1) are height by moving the connecting protrusions (2.1) on element (2) in a specific direction It is structured in such a way as to allow it to be passed to the base element (1). Thanks to this structure, 15 with a direct and easy mounting motion of the riser element (2) to the base element (1) The connection is ensured. The edges of the guide slots (1.1) facing the outside of the base element (1), The connection protrusions (2.1) must be open so that they can enter the guide slots (1.1). It is structured. The guide slots (1.1) face the inside of the base element (1). The edges are closed in such a way as to restrict the movement of the connecting protrusions (2.1), on the other hand In other words, it is blind in structure. Thus, the connecting protrusions (2.1) are connected to the guide slots from the open edge. (1.1) is taken and the base element (1) is advanced from the outside to the inside, Its movement is restricted when it reaches the closed edge. Preferred 25 In practice, the closed / blind part of the guide slots (1.1) remains inside the base element (1). It has been determined as the side. According to user preference, the guide slots (1.1) are in the opposite way. The closed / blind part is attached to the outside of the base element (1), the open part of the guide slots (1.1) is attached to the base It can also be configured so that the interior of the element (1) is viewed. Figure 3 shows the front perspective of the elevation element (2) of the spotlight foot (S) which is the subject of the invention. The appearance of the rear of the elevation element (2) of the spot foot (S) which is the subject of the invention is shown in Figure 4. The perspective view is shown. The elevation element (2) rises on the base element (1). and positioning the pipes for the greenhouse heating system at a certain distance from the ground. It is the supporting section that provides. The edge of the elevation element (2) connected to the base element (1) is 35 There is at least one, preferably two, connecting protrusions (2.1) on this part. Connecting protrusions (2.1) shall be compatible with the guide slots (1.1) on the base element (1) and the aforementioned 6 The housings (1.1) are configured to be able to move by being guided within them. For connecting the elevation element (2) to the base element (1), any of the elevation element (2) This eliminates the need to bend a section with a hammer or similar tool after assembly. is being removed. The subject of the invention, the spot leg (S), also contains a limiting element (1.2). The limiting element (1.2) is installed after the elevation element (2) reaches its mounting position. limiting the position of the elevation element (2) on the base element (1) and the connection position of the connection protrusions (2.1) within the guide slots (1.1) is maintained It contributes to the holding of the connecting protrusions (2.1) within the guide slots (1.1) and 10 height thanks to the position of the limiting element (1.2) on the base element (1). The separation of the element (2) from the base element (1) after assembly is prevented. In Figure 5, the base element (1) and the elevation element (2) of the spot foot (S) which is the subject of the invention are shown. The detailed connection view is shown in Figure 6, general view of the spot foot (S) which is the subject of the invention. A perspective view is included. During the mounting of the spotlight foot (S), the elevation element (2), connection protrusions (2.1) to the open edges of the guide slots (1.1) on the base element (1). They are positioned accordingly. Then the connecting protrusions (2.1), guide They are passed through the open parts of the slots (1.1) into the guide slots (1.1) and the riser element (2) is moved along a rail from the outside to the inside of the base element (1). 20 The connecting protrusions (2.1) move towards the closed edges of the guide slots (1.1) of the guide. They are guided by their nests (1.1) and are limited at the end of the movement. As a result of advancing the elevation element (2) in the specified direction, the limiting element (1.2) The assembly is completed by limiting the elevation element (2). In this case, the connection is 25 The protrusions (2.1) are held in the guide slots (1.1) and the base with the riser element (2). element (1) is connected to each other. Thanks to this structure, in existing applications the manufactured part is passed through a gap and then bent with tools such as a hammer, etc. without the need for additional mounting procedures such as fixing the spotlight foot (S) This is ensured. 30 In the working principle of the spot foot (S), the base element (1) is a carrier on the greenhouse floor. forming a surface, the raised element (2) connected to the base element (1) is heating This ensures that the pipes are kept above ground level. Thus, greenhouse heating... The pipes belonging to the system are positioned at a certain height and along the line without directly contacting the ground, 35 meters apart. It is ensured that it can be positioned. 7 Rail connection between the connecting projection (2.1) and the guide housing (1.1) used in the invention Thanks to this principle, the assembly process is carried out with fewer steps. This structure simplifies assembly, reduces production time and labor requirements. reduced by additional shaping processes performed during assembly Reducing potential losses and consequently a lower-cost spot leg 5 (S) is obtained. The scope of protection in this application is defined in the claims section and is explicitly stated above. It cannot be limited to what has been described for illustrative purposes. A person skilled in the field must present the findings of the invention. the innovation introduced can be created by using similar structures and / or by developing this structure 10 It is clear that this technique can also be applied to other similar fields. Therefore such structures are based on the criteria of innovation and especially exceeding the known state of the art. It is also obvious that he will be deprived of it.

Claims

8 REQUESTS 1. The invention relates to a base element positioned on the ground in the field of greenhouse heating systems. (1), positioned on the base element (1) and heating pipes containing a raised element (2) that enables the heating pipes to be moved and contact the floor 5 It is related to the spot foot (S) which enables positioning by blocking, and its feature is; - The raised element (2) is a rail-mounted element created on the aforementioned base element (1). The most effective way to connect the base element (1) in a straight line with the movement a small guide slot (1.1), 10 - Created on the mentioned elevation element (2), on the base element (1) Guided within the guide housing (1.1) and moving in a straight line with a rail-like motion. At least one connecting projection (2.1) connected to the base element (1), It is characterized by its inclusion.

2. A spot foot (S) conforming to Claim 1, whose characteristic is; the aforementioned connection projection (2.1) It is created with at least one edge open so that it can enter the base element (1). It is characterized by containing a guide housing (1.1).

3. A spot foot (S) conforming to claim 1 or claim 2, and its characteristic is; the aforementioned connection 20 After entering the base element (1) of the projection (2.1), at least one edge must be connected a guide created in a closed / blind structure to restrict the movement of the protrusion (2.1) It is characterized by containing a nest (1.1).

4. A spot foot (S) conforming to Claim 1, its characteristic being; the mentioned elevation element (2) 25 after reaching the mounting position, the elevation element (2) base element (1) limiting its position on and / or guiding the connection protrusion (2.1) at least one of the sockets (1.1) that ensures the connection position within it is maintained It is characterized by containing a limiting element (1.2).

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