ADJUSTABLE WATER TANK POT STAND AND WATERING TOOL THAT CAN BE FIXED TO A VERTICAL SURFACE.

Abstract

The invention relates to an adjustable apparatus for carrying pots (160) on vertical surfaces and watering them in a controlled manner. The apparatus comprises a rear mounting plate (10), a main vertical support profile (60), a lower support arm (40) supporting the base of the pot, a movable height adjustment profile (70), and a movable upper holder (150). The upper rim of the pot is held in the pot rim insertion and holding space (140), limiting its forward movement and separation from the apparatus. The movable upper holder contains a water reservoir (90), a watering head body (110), a water adjustment element (120), and drip nozzles (130), through which water is delivered to the inside of the pot in a controlled manner.

Description

1 TARIFF ADJUSTABLE WATER TANK POT THAT CAN BE FIXED TO A VERTICAL SURFACE. CARRIER AND IRRIGATION APPARATUS Technological Field: The invention relates to plant growing equipment, pot support systems and irrigation systems in general. It relates to the field of devices. More specifically, the invention involves walls, panels, columns, or similar vertical structures. can be fixed to surfaces and adapted to pots of different heights. adjustable, supporting the base of the pot from below and holding the top rim, pulling the pot forward restricting its movement and detachment from the apparatus, and also the water reservoir located on it. 10 adjustable water reservoir that allows controlled watering of the pot via drip nozzles This relates to pot carriers and watering devices. State of the Art: Nowadays, flower pots can be placed on walls, panels, balcony railings, columns, or similar vertical structures. Various plant hangers, support arms, and wall-mounted racks are used to enable placement on surfaces. Pot holders and fixing devices are used. In such structures, the pot is usually 15 It is placed on a ring, frame, hook, shelf or support arm; the support apparatus is to the relevant surface via screws, dowels, bolts or similar fastening elements It is connected. Some of the known planter supports are only available in certain sizes and heights. It has a stable support structure suitable for use with pots. Therefore, it can accommodate 20 different pots. Pots of varying heights can be safely used on the same apparatus. it may become difficult or the position of the apparatus on the vertical surface may need to be readjusted. This may be necessary. Repositioning the apparatus requires a new connection on the vertical surface. This can lead to the need to drill holes, additional assembly processes, and difficulties in use. In existing load-bearing structures, the weight of the pot is mostly supported by only one lower support surface, ring 25 or is transported via the environmental carrier section. The top opening of the pot also In applications where the pot is not kept in a protected environment, it may be affected by wind, impact, vibration, external forces, or weight. It is able to move as a result of its center shifting forward, from the carrier apparatus. It can detach or fall. Some supporting structures completely surround the pot. However, compatibility with pots of different diameters and shapes may be limited, and the pot may not fit the apparatus at all. This can make it difficult to put on and take off. In the current state of technology, watering pots is mostly done by the user. This is done as a separate process and manually. Especially in high or hard-to-reach places. Spilling water into the surroundings while watering pots located in these areas, pots 2 the soil is given irregular amounts of water or irrigation is not done on time Problems such as the inability to carry it out may be encountered. Various pots and watering systems containing water reservoirs are also known. With these... In such applications, the water reservoir is usually located directly within the pot itself. or an irrigation system independent of the pot support apparatus is used. Applicant 5 In known applications, it is a structure that supports a standard pot on an upright surface. The adjustable top holder, which adapts to different pot heights, secures the top opening of the pot. The safety mechanism holding the edge and the adjustable water supply system are all on the same device. sufficient to bring them together in a way that forms a functional whole It is not available. 10 In some known drip irrigation systems, water is directed to only one point. This allows only a limited portion of the soil in the pot to get wet, and the water to reach the roots. This can cause the drip emitters to be distributed unevenly across the area. Multiple drip emitter outlets. In the systems used, these outlets are adjusted according to the height and position of the pot. The inability to adjust it together with the supporting structure prevents the water from being directed to the desired areas. 15 It can make things more difficult. In conclusion, it adapts to pots of different heights without requiring reassembly. capable of supporting the base of the pot from below, with an outwardly protruding upper rim as well. holding it in place, restricts the pot from moving forward and separating from the support structure. with a surface-mounted water reservoir connected by a movable top holder, at least 20 an integrated pot carrier that can perform controlled watering via a drip nozzle and An irrigation device is needed. Purpose of the Invention The main purpose of the invention is to allow planters to be placed on walls, panels, columns or similar vertical surfaces. 25, which allows it to be transported safely and is compatible with pots of different heights. adjustable water that can display and perform controlled irrigation function on the same structure The goal is to develop a pot carrier and watering device with a reservoir. Another purpose of the invention is to support the base of the pot from below via a lower support arm. while supporting it, at least part of the protruding upper edge of the pot should be placed over the pot By holding the pot within the rim and the retaining gap, the carrier moves the pot forward. 30 The aim is to limit its detachment from the device and its falling. Another purpose of the invention is to provide upward and downward movement relative to the main vertical carrier profile. Thanks to its height-adjustable profile, the movable upper holder head can be adjusted to the height of the pot. 3 adjusting it to the appropriate position and placing pots of different heights on the same apparatus. The goal is to ensure its use. Another objective of the invention is to lock the height adjustment profile in the selected position. by providing the movable upper holder head and the irrigation elements connected to this head The aim is to limit its unwanted movement during use. 5 Another purpose of the invention is to create a movable upper holder, water reservoir, irrigation nozzle body, and water an adjustment element and a top that moves together with the height adjustment profile of the dripper nozzles. The aim is to create a movable group. Thus, the top holder can be adjusted according to the height of the pot. When the position of the head is adjusted, the position of the watering head and drip tips is also adjusted inside the pot. It can be adjusted together according to its volume. 10 Another purpose of the invention is to attach a movable upper holder to or with the said holder. The water in the connected water tank is regulated through the water adjustment element. The goal is to ensure that the water is delivered to the irrigation nozzle body and at least one dripper tip by checking for proper flow. Another purpose of the invention is to allow the watering nozzle body to pass over the upper rim of the pot. extending over the inner volume of the pot and directing the water directly into the pot with the drip nozzles 15 The goal is to enable transmission. Another objective of the invention is to space apart objects in a preferred application. Through multiple drip nozzles positioned in the pot, the water is distributed to different parts of the pot. irregular water distribution to regions and irrigation of the soil from only a single point The aim is to reduce its spread. 20 Another objective of the invention is to position the water reservoir higher than the drip nozzles. Thanks to its presence, the water does not require an electric pump or similar additional drive element. The aim is to ensure that the water is transferred to the pot by gravity without being detected. Another purpose of the invention is to add water thanks to the top-fillable water tank. To facilitate the operation and to turn the water flow on and off via the water control element 25 or to adjust the drip rate. Another purpose of the invention is to create a barrier located between the lower support arm and the main vertical support profile. The loads originating from the pot are transferred to the main supporting body via the support strut. The purpose is to ensure the transfer of load and to increase the load-bearing capacity of the lower support arm. Another purpose of the invention is to make pots located in high or hard-to-reach places 30 to facilitate irrigation, reduce water spillage into the environment during irrigation, and The aim is to offer the user a safer and more controlled usage experience. In addition to the purposes stated above, the invention is described in detail below and It also provides other technical benefits that can be understood from the requirements. 4 Shapes The diagrams prepared to help better understand the invention are explained below. Figure 1: Adjustable water reservoir pot carrier and watering device that can be fixed to a vertical surface. It is a perspective view. Figure 2: Adjustable water reservoir pot carrier and watering device that can be fixed to a vertical surface (5) This is a side view. Figure 3: Adjustable water reservoir pot carrier and watering system that can be fixed to a vertical surface. This is a side view of the apparatus in its used state with the pot (160) placed on it. The parts shown in the figures are indicated by the following reference numbers: 10. Rear mounting plate 10 20. Upper link / guide area 30. Fastening elements 40. Lower support arm 50. Support strut 60. Main vertical carrier profile integrated with rear mounting plate 15 70. Height adjustment profile 80. Locking knob / tightening screw 90. Water tank 100. Reservoir outlet connector 110. Irrigation head body 20 120. Water level adjustment knob 130. Drip nozzles 140. Pot rim and holding gap 150. Movable upper holder head 160. Pot 25 Description of the Invention: The invention is designed for planters of varying heights that can be fixed to vertical surfaces. A flowerpot with an adjustable water reservoir that allows for controlled watering of the pot. It relates to conveyor and irrigation apparatus. The device in question consists of; rear mounting plate (10), main vertical carrier profile 30 (60), lower support arm (40), support strut (50), height adjustment profile (70), locking element (80), movable upper holder head (150), pot rim insertion and holding gap (140), water tank (90), tank outlet fitting (100), irrigation head body (110), water It consists of an adjustment element (120) and at least one dripper tip (130). The rear mounting plate (10) allows the apparatus to be mounted on a wall, panel, column or similar vertical surface. It is the main connection section that enables the connection. The rear mounting plate (10), fixing It may include connection openings through which the elements (30) can pass. The fastening elements (30); This may include one or more fasteners such as screws, dowels, bolts, rivets, or similar items. The rear mounting plate (10) and the main vertical carrier profile (60) can be formed as a single piece. 5 or an integrated main carrier body consisting of separate parts fixed together can bring. The main supporting body can bring the loads from the pot (160) to the vertical surface. It enables the transfer of information. Lower support arm extending outwards from the bottom of the main vertical support profile (60) (40) is structured to support the base of the pot (160) from below. The lower support arm (40) is 10 preferably includes a horizontal or nearly horizontal carrying surface. The weight of the pot (160) During use, it is mainly carried via the lower support arm (40). The support extending inclined between the lower support arm (40) and the main vertical support profile (60) the support (50) prevents the lower support arm (40) from bending or flexing downwards under load. It reduces the loads caused by the weight of the pot. The support brace (50) reduces the main loads caused by the weight of the pot. It contributes to the transfer of energy to the carrier body. A vertical carrier profile (60) that can move up and down. There is a height adjustment profile (70). In a preferred application, height adjustment The profile (70) can telescopically enter and exit the main vertical carrier profile (60). It is positioned in this way. Thanks to this structure, the apparatus can be used with pots of different heights. It is available for use. The height adjustment profile (70) is vertically spaced apart from each other. There may be multiple connection holes arranged in a row. The locking element (80) is the one in question. By connecting with one of the selected connection holes, the height adjustment profile (70) can be adjusted as desired. It fixes in the height position. Locking element (80); locking button, tightening 25 It can be a screw, pin, latch, or similar fastening element. The movable upper holder head (150) is located at the top of the height adjustment profile (70). It has a movable upper holder head (150) that moves down and with a height adjustment profile (70). It moves upwards. Thus, the position of the movable upper holder head (150) is adjusted by the apparatus. It can be adjusted according to the height of the pot (160) to be carried on it. 30 The movable top holder head (150) has a gap for attaching and holding the pot rim. (140) has been created. The pot rim and holding gap (140) of the pot (160) width that can encompass at least part of the protruding upper edge of the mouth and It is structured in this way. 6 Pot rim and holding gap (140), movable top holder (150) with an upper grip surface and a lower grip surface positioned opposite each other. It can be formed between the surface. The protruding upper mouth edge of the pot (160) is called The object is held mechanically between the gripping surfaces. When the pot (160) is placed on the apparatus, the base of the pot is lower support arm (40) 5 It is carried on it and the upper rim that protrudes outwards is the rim of the pot, interlocking with the rim. It is placed in the holding space (140). Thus, the pot (160) is at least forward Its movement, separation from the carrier apparatus, and falling are restricted. The movable upper holder head (150) moves together with the height adjustment profile (70). Thanks to this, the pot rim opening and holding gap (140) is available at different heights. They can be positioned according to the upper rim edges of the pots. The device in question has a water reservoir (90). The water reservoir (90), on or in connection with the movable upper retaining head (150) It is positioned. Therefore, the water tank (90), the movable upper holder (150) and It can move up and down with the height adjustment profile (70). 15 The water reservoir (90) is an open-mouthed structure that allows water to be filled from the top. It may contain. The lower part of the water tank (90) can hold the water inside the tank through the tank outlet connection. having a tapering, sloping or funnel-shaped geometry to direct it to the part (100) it could be. The water tank (90) can be fixed to the movable upper holder (150), with the said holder 20 It can be assembled as a single piece or disassembled for cleaning and replacement purposes. It can connect. The tank outlet fitting (100), located at the bottom of the water tank (90), tank It ensures that the water inside is transferred to the irrigation head body (110). Reservoir outlet connection piece (100), connection and sealing that ensures the transmission of water without leakage 25 It may include elements. Watering head body (110), with reservoir outlet connection piece (100) fluid It extends over the inner volume of the pot (160) in such a way as to establish a connection. Watering The head stem (110) passes the upper rim of the pot and is above the potting soil or It is located in a position corresponding to the internal volume of the pot. 30 The water adjustment element (120) is located on the irrigation head body (110). Water adjustment element (120) conveys the flow of water from the water reservoir (90) to the irrigation head body (110). It regulates the water flow. The water control element (120) turns the water flow on, off or the amount of dripping. It is configured to perform at least one of the increment and decrement functions. 7 Water control element (120); rotary valve, needle valve, gate valve, throttling element or It could be a similar flow control device that alters the cross-section of the water passage. The watering head body (110) has at least one nozzle that directs water into the inside of the pot (160). There is a drip tip (130). In a preferred application, the irrigation head body (110) has two drip tips (130) positioned at intervals from each other. 5 It is receiving. In the application where more than one dripper tip (130) is used, the dripper in question The tips ensure that water is directed to different areas inside the pot (160). Thus This reduces irregular irrigation caused by directing water to only one point. The water reservoir (90) is located higher than the drip nozzles (130). This 10 Therefore, water flows without the need for an electric pump or other drive element. The reservoir outlet fitting (100), irrigation head body (110) and the effect of gravity It can be delivered to the pot (160) via drip tips (130). Movable top holder head (150), water reservoir (90), irrigation head body (110), water adjustment element (120), drip nozzles (130) and pot rim insertion and holding gap (140), 15 an upper moving group that moves up and down together with the height adjustment profile (70) Thus, the movable upper holder head (150) is formed according to the height of the pot. During adjustment, the position of the irrigation head body (110) and dripper tips (130) is also adjusted. It is adjusted according to the internal volume of the pot. To use the apparatus, first of all, the rear mounting plate (10), fastening elements (30) 20 It is attached to a suitable vertical surface via. Then the pot (160) is attached to the base of the lower support. It is placed on the arm (40). The movable upper holder head (150) can be lowered or via the height adjustment profile (70) It is moved upwards and positioned to fit the top edge of the pot. The pot The protruding upper rim of the pot fits into the rim and holds the pot (140) 25 After placement, the height adjustment profile (70) is selected via the locking element (80). It is fixed in position. Thus, the base of the pot is supported from below, and the upper rim is held in place. It is held mechanically. After filling the water tank (90) with water through the open mouth at the top, adjust the water level. The element (120) is adjusted according to the desired drip rate. Water flows by gravity to at least 30 It is transferred into the pot in a controlled manner through a small drip nozzle (130). Thanks to this structure, the pot can be safely transported on an upright surface, and different pots can be used. Adjusting them according to their height and watering them in a controlled manner is all on the same device. is provided.

Claims

9 REQUESTS 1. Carrying a pot (160) on a vertical surface and placing the pot (160) on it Adjustable, vertically surface-mounted system configured for controlled water delivery. It is a pot carrier and watering device with a water reservoir, its features are; • Main carrier 5 containing a rear mounting plate (10) suitable for attachment to a vertical surface the body, • a main vertical support profile extending vertically on the main support body (60), • the bottom of the main vertical support profile (60) will support the bottom of the pot (160) from below a lower support arm (40) extending outwards from the part, 10 • can move up and down according to the main vertical carrier profile (60) a height adjustment profile positioned in this way (70), • a locking mechanism that secures the height adjustment profile (70) at the selected height position. element (80), • located at the top of the height adjustment profile (70) and the height in question is 15 a movable upper holder that moves up and down with the adjustment profile (70) title (150), • formed on the movable top holder head (150) and outwards of the pot (160) a pot spout suitable to encompass at least part of the protruding upper rim edge passing and holding gap (140), 20 • on the movable upper holder head (150) or on the movable upper holder in question a water reservoir positioned in connection with the title (90), • having a fluid connection with the water reservoir (90) and on the internal volume of the pot (160) a straight extending irrigation head body (110), • 25 Regulating the flow of water conveyed from the water reservoir (90) to the irrigation head body (110) a water adjustment element (120) and • The watering head that transfers the water from the stem (110) to the inside of the pot (160) small drip tip (130) use of the base of the pot (160) being carried on the lower support arm (40) in position, the protruding upper rim of the pot (160) is 30 rim of the pot. by placing the pot (160) at least forward into the gap and holding space (140). It is characterized by the limitation of its correct movement and separation from the carrier apparatus.

2. Pot carrier and watering apparatus in accordance with claim 1, with rear mounting plate (10) and main vertical carrier profile (60) integrated in one piece or in parts fixed together It is characterized by forming a main supporting body.

3. Pot carrier and watering device suitable for item 1 or 2, with height adjustment profile. (70) can enter and exit the main vertical carrier profile (60) telescopically 5 It is characterized by its positioning.

4. The pot carrier and watering device are suitable for any of the above requirements, arranged vertically and spaced apart on the height adjustment profile (70) The presence of multiple connection holes and the locking element (80), the connection in question By connecting to one of the holes selected, the height adjustment profile (70) is set to the selected height 10 It is characterized by its ability to fix it in place.

5. We have a pot carrier and watering device that meets any of the above requirements, The movable upper holder head (150) can be adjusted up or down with the height adjustment profile (70). by moving the pot rim and the gap (140) are different By positioning the pots (160) at different heights according to the upper rim edges, 15 It is characteristic.

6. Is there a suitable pot carrier and watering device for any of the above requirements, and what pot is included? the rim of the mouth opening and holding gap (140) on the movable upper retaining head (150) an upper grip surface and a lower grip surface positioned opposite each other. the creation of between and the upper mouth edge protruding outwards of the pot (160) 20 Its subject is characterized by being held between gripping surfaces.

7. Is there a pot carrier and watering device that meets any of the above requirements? movable top holder head (150), water tank (90), irrigation head body (110), water adjustment element (120), at least one drip tip (130) and pot rim insertion and holding gap (140), a top movable 25 that moves up and down together with the height adjustment profile (70). It is characterized by its tendency to form groups.

8. Is there a suitable pot carrier and watering device for any of the above requirements, and is the water its reservoir (90) has an open-mouthed structure that allows water to be filled from the top. and the lower section narrows to direct the water into a reservoir outlet fitting (100). or is characterized by having a sloping geometry. 30 9. We have pot carriers and watering devices that meet any of the above requirements, The watering head body (110) passes the upper rim of the pot (160) and the inner volume of the pot 11 It should extend over the pot and at least one drip tip (130) should be on the inner volume of the pot (160). It is characterized by its positioning.

10. We have pot carriers and watering devices that meet any of the above requirements, Two irrigation nozzles are positioned at intervals on the body (110) The presence of drip tips (130) and the water from these drip tips (130) inside the pot (160) 5 It is characterized by its ability to transmit information to different regions within that area.

11. Is there a suitable pot carrier and watering device for any of the above requirements, and is the water the flow of water conveyed from the water reservoir (90) to the drip nozzles (130) by the adjustment element (120). at least one of the following functions: turning on, turning off, or changing the drip rate It is characterized by the fact that it is carried out and water is conveyed to the pot (160) by the effect of gravity. 10 12. A pot carrier and watering device suitable for any of the above requirements, and the bottom a horizontal or near-horizontal support surface that supports the base of the pot (160) of the support arm (40). including, extending inclined between the lower support arm (40) and the main vertical support profile (60) a support strut (50) and the rear mounting plate (10), fastening elements (30) by connecting to a wall, panel, column or similar vertical surface. It is characteristic.

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