WATER FOOTPRINT TRAINING TANK WITH FLOW RESTRICTION AND LEVEL INDICATOR

Abstract

This utility model relates to a training chamber with flow restrictor and level indicator, designed for use in a water footprint training setup. The training chamber includes: a transparent chamber body that attaches to and detaches from the panel housing, an upper chamber inlet located on the transparent chamber body, the chamber's internal volume, a panel housing connection profile, a transparent level indicator, an overflow limit line, a replaceable display label, a label placement area, a flow restrictor that attaches to and detaches from the upper chamber inlet, a restrictor housing, a drain port, and a shut-off plug. When the flow restrictor is attached to its housing, the liquid passage cross-section at the upper chamber inlet narrows, and the transparent level indicator shows the liquid level in the chamber's internal volume.

Description

WATER FOOTPRINT WITH FLOW RESTRICTION AND LEVEL INDICATOR EDUCATION TREASURE HOUSE 1. TECHNICAL FIELD This useful model includes water footprint training tools, teaching aids with physical flow demonstrations, Level indicator training chambers, removable flow restriction pieces, and classroom interiors. This relates to the container structures used in sustainability education materials. The utility model is specifically designed for use in a water footprint education system. The upper reservoir has a transparent level indicator and overflow limit line on the reservoir body. a connection profile that sits in the panel housing and collects the liquid taken from the inlet in the internal volume With its removable flow restrictor, it physically controls the amount of liquid entering the reservoir. This relates to the water footprint reduction training reservoir. The utility model also includes a changeable representation showing the represented water footprint component. label, label placement area, restrictor slot, flow restrictor with narrowed passage opening low-cost in-class component including a sloping base surface, drain opening and shut-off plug. It includes the educational repository. 2. STATE OF KNOWLEDGE OF THE ART Educational materials on water footprint, water consumption, sustainability, and environmental education. digital computing tools, flow display systems, and containers with level indicators This is how it is used. In known solutions, water consumption is mostly shown as a numerical value, graph, or digital format. The indicator is explained through course materials and a general flow diagram. Containers and tanks with level indicators are known in various technical fields. In these structures... Liquid level inside the reservoir is indicated by a transparent window, graduated scale, float indicator, and color display. It is monitored via the marking area. These structures are mostly used for storage, measurement and processing. It is geared towards control purposes. It sits in the panel holder for classroom water footprint training. It has a connection profile, a component display label, an overflow border, and a top with a removable flow restrictor part and a restrictor housing around the reservoir inlet opening. The integrated, single-level training reservoir structure lacks sufficient clarity. Flow restrictor components are known in fluid systems. These components are found in pipes, ducts, valves, and 35 outlet ports are designed to reduce fluid passage. These structures facilitate actual flow. It is used for control, installation, irrigation, dosing, and industrial fluid management. 1 5 For educational purposes, a device attached to the top inlet of the water footprint reservoir measures the amount of liquid entering the reservoir. limiting the display for in-class use and making the reduction difference visible on the level indicator. The tank structure, regulated by a removable flow restrictor part, introduces the known technique. The situation is not sufficiently clear. Separating the water footprint components into blue water, green water, and gray water is a well-known approach. This distinction is applied to calculations, sustainability analysis, product evaluation, and agricultural production. It is used within the scope of modeling. However, the represented water footprint component... Distinguished by its interchangeable display label, training via panel mount connection profile. liquid is secured to the assembly with a removable flow restrictor piece at the upper chamber inlet. Single training that narrows the inlet and shows the reservoir level via a transparent level indicator. The reservoir does not have sufficient opening in the known state of the art. In the known state of the art; a transparent reservoir with a mounting profile that fits into the panel housing. body, top chamber inlet, chamber internal volume, transparent level on the chamber body indicator, overflow limit line on the tank body, water footprint represented by the tank The replaceable label showing the component is removable and attaches to the upper hopper inlet. flow restrictor, the restrictor that holds the flow restrictor aligned with the upper chamber inlet opening. Water footprint education including reservoir, sloping base surface, drain opening and shut-off plug. It has no reservoir. Therefore, for use in the water footprint training setup, the reservoir level is directly measured. Showing, highlighting the overflow limit, and modifying the represented water footprint component. Distinguished by its display label and removable flow restrictor, it physically restricts fluid inlet. There is a need for a new educational framework that reduces this. 3. PURPOSE OF THE UTILITY MODEL The purpose of this utility model is to create a transparent level for use in a water footprint education system. The goal is to create a single training chamber with a display and a removable flow restrictor. Another purpose of the utility model is to provide a transparent level indicator on the reservoir body and the reservoir itself. The goal is to make the liquid level inside directly monitorable by the user. Another purpose of the utility model is to determine the overflow limit line on the reservoir body and the level of water. It is about physically demonstrating the level of footprint. 35 Another purpose of the utility model is to represent the water in the reservoir with a changeable display label. The goal is to differentiate the footprint component. 2 5 Another purpose of the utility model is; a removable flow restrictor attached to the upper chamber inlet. The device reduces the amount of liquid entering the reservoir and monitors this reduction via a level indicator. To make it visible. Another objective of the utility model is to ensure the reservoir body is correctly positioned in the panel housing. Secured and aligned within the training setup thanks to the panel mounting profile that ensures it sits properly. The goal is to create a reservoir structure. Another objective of the utility model is to promote state education at the preschool, primary, and secondary school levels. a low-cost, non-electric, durable and mass-producible solution that can be used in schools The goal is to provide a water footprint education reservoir. 4. DETAILED DESCRIPTION OF THE UTILITY MODEL 4.1 General structure 4.1.1 Utility model for a water footprint training tank with flow restrictor and level indicator. It is related. 4.1.2 Training chamber; transparent chamber body, top chamber inlet, chamber internal volume, panel housing connection profile, transparent level indicator, overflow limit line, replaceable display label, label placement area, flow restrictor part, restrictor housing, inclined base surface, drain It consists of a mouthpiece and a closing plug. 4.1.3 The training tank represents the water footprint component in relation to the physical liquid level. It shows. 4.1.4 The training chamber is attached to the panel slot in the water footprint training system and the panel It is a container structure that is removed from its housing. 4.1.5 The training chamber draws liquid from the upper chamber inlet and distributes it within the chamber's internal volume. It is accumulating. 4.1.6 The training reservoir allows you to monitor the liquid level inside the reservoir via a transparent level indicator. It shows. 4.1.7 The training chamber is equipped with a flow restrictor that attaches to the upper chamber inlet, allowing water to enter the chamber. It physically reduces the amount of fluid. 4.2 Transparent reservoir body 35 4.2.1 Transparent reservoir body, the main unit that collects the liquid and carries the transparent level indicator. It is a reservoir structure. 3 5 4.2.2 Transparent container body; front surface, rear surface, side surfaces, base surface, top opening, tank internal volume, upper tank inlet opening, drain opening and panel housing connection profile. It includes. 4.2.3 Transparent level indicator, overflow limit line and label placement area on the front surface. It is located. 4.2.4 The reservoir's internal volume collects the liquid that enters the reservoir during the training demonstration. 4.2.5 The base surface has a sloping base that directs the liquid accumulated in the tank's internal volume towards the drain opening. It includes a structure. 4.3 Panel mounting profile 4.3.1 On the transparent reservoir body, the water footprint of the training reservoir in the training setup It has a panel mounting profile that allows it to fit into the panel housing. 4.3.2 Panel mounting profile; seating projection, guide surface, fixing tab and It includes a support surface. 4.3.3 The seating protrusion positions the training chamber in the designated position within the panel housing. It holds. 4.3.4 The guide surface ensures that the training chamber is positioned in the panel slot with the specific mounting direction. It provides. 4.3.5 The retaining tab prevents the training tray from separating from the panel mount during use. It limits. 4.3.6 The support surface aligns with the upper chamber inlet opening and the corresponding flow channel in the training setup. It aligns. 4.4 Upper chamber inlet opening 4.4.1 The upper chamber inlet allows liquid from the flow channel in the training apparatus to enter the chamber. It is the input structure that allows the volume to be taken in. 4.4.2 The upper chamber inlet is located in the upper part of the transparent chamber body. 4.4.3 The upper tank inlet opening is aligned with the flow channel together with the panel housing connection profile. It is kept in this position. 4.4.4 Restrictor housing carrying the flow restrictor component around the upper chamber inlet opening. There are 35. 4.5 Flow restrictor part 4 5 4.5.1 Flow restrictor, fitted to the upper chamber inlet and passing through the upper chamber inlet It is a physical constraint element that reduces the amount of liquid. 4.5.2 Flow restrictor component; component body, narrowed passage opening, holding projection and Includes alignment edge. 4.5.3 Narrowed passage opening, the amount of liquid passing through the upper chamber inlet. It restricts. 4.5.4 Retaining tab, user-operated installation and removal of flow restrictor part. It is located on the part body. 4.5.5 Alignment edge, ensuring the flow restrictor part is correctly positioned within its restrictor housing. It holds. 4.5.6 When the flow restrictor is installed in the restrictor housing, the liquid in the upper chamber inlet... The passage is narrowing. 4.5.7 When the flow restrictor part is removed from its restrictor housing, the upper chamber inlet is open. It is returning to the transition position. 4.6 Restrictor slot 4.6.1 Restrictor housing where the flow restrictor part is installed around the upper chamber inlet opening. It is located. 4.6.2 Restraint housing; part seating channel, part support surface and alignment projection It includes. 4.6.3 The part seating channel fixes the flow restrictor part above the upper chamber inlet opening. It keeps it in that position. 4.6.4 Part support surface, flow restrictor part's narrowed passage opening upper chamber It is aligned with the inlet opening. 4.6.5 The alignment projection mechanically enables the reverse placement of the flow restrictor part. It limits. 4.7 Transparent level indicator 4.7.1 Transparent reservoir body with a transparent label showing the liquid level inside the reservoir. A level indicator is available. 35 4.7.2 Transparent level indicator, located on the front surface of the transparent reservoir body, accessible to the user. It is located in a visible position. 4.7.3 The transparent level indicator is arranged in the form of a transparent window. 5 4.7.4 Low level zone, mid level zone and high level zone on the transparent level indicator. There is a level zone. 4.7.5 The transparent level indicator allows the liquid level inside the reservoir to be directly monitored during training. It enables monitoring. 4.8 Overflow limit line 4.8.1 The transparent reservoir body has an overflow limit line. 4.8.2 The overflow limit line indicates the upper limit specified for the internal volume of the reservoir. 4.8.3 The overflow limit line is located on the transparent level indicator. 4.8.4 Overflow boundary line, allowing the user to distinguish high water footprint levels. It provides. 4.9 Changeable display label 4.9.1 On the transparent tank body, an indication showing the water footprint component represented by the tank. It has a customizable display label. 4.9.2 Interchangeable display label, attached to the label placement area and label placement It is a label structure extracted from the field. 4.9.3 Interchangeable display label, fixed indicating the represented water footprint component. It contains a symbol. 4.9.4 Interchangeable display label for different water footprints of the same transparent reservoir body. It ensures that it is used to represent its component. 4.10 Label placement area 4.10.1 Replaceable display label on the front surface of the transparent reservoir body. The label placement area is located there. 4.10.2 Label placement area; label seating surface, label holding projection and label alignment It includes the edge. 4.10.3 Label seating surface, replaceable display label on the transparent reservoir body. It holds it in the specified position. 4.10.4 Label holding protrusion, the display label is placed outside the label placement area during use. Article 35 limits the number of people who can leave. 4.10.5 Label alignment edge ensures the display label is placed in the correct direction. It provides. 6 5 4.11 Drain opening and shut-off plug 4.11.1 The transparent reservoir body has a valve that allows the liquid inside the reservoir to be drained. There is a drain opening. 4.11.2 The discharge opening is located in the lower part of the transparent reservoir body. 4.11.3 The discharge opening is closed with a shut-off plug. 4.11.4 The shut-off plug prevents liquid from escaping the drain opening during use. 4.11.5 When the sealing plug is removed, the liquid in the reservoir drains through the opening. It is emptying. 4.12 Structural working relationship 4.12.1 Training chamber, water footprint training via panel mounting profile It fits into the panel slot in the assembly. 4.12.2 Panel housing connection profile, upper chamber inlet opening, corresponding to the flow in the training setup. It aligns with the channel. 4.12.3 Changeable display label, the water represented by the reservoir in the label placement area. It shows the footprint component. 4.12.4 When the flow restrictor is installed in the restrictor housing, the liquid in the upper reservoir inlet... The passage is narrowing. 4.12.5 The liquid from the training apparatus enters the reservoir through the upper reservoir inlet. is being received. 4.12.6 The liquid level accumulated in the reservoir is monitored via the transparent level indicator. It is being monitored. 4.12.7 When the flow restrictor is installed, the amount of liquid entering the reservoir decreases and the level The increase is limited. 4.12.8 The overflow limit line indicates that the liquid in the reservoir has reached the specified upper level. It shows. 4.12.9 When the sealing plug is removed, the liquid inside the tank will drain through the drain opening. It is emptying. 5. APPLICABILITY TO INDUSTRY 35. Utility model topic: Water footprint training tank with flow restrictor and level indicator; Plastic part manufacturing, transparent container manufacturing, sheet metal cutting, molding, gasket assembly, labeling. It is produced on an industrial scale using printing and mass assembly techniques. The transparent reservoir body is manufactured using transparent plastic material. 7 5 Panel mounting profile, restrictor housing and label placement area molding and additional parts. It is created by assembly. The flow restrictor component is manufactured using plastic material. The transparent level indicator features a transparent window on the front surface of the reservoir body and the level indicator. It is formed by its regions. The interchangeable display label is produced as a printed laminated label. The drain opening and shut-off plug are manufactured using plastic part production and mass assembly techniques. is being created. The subject of the utility model is educational material; preschool, primary school, secondary school, water footprint education. mechanisms, climate literacy training kits, sustainability teaching tools, science central activities, environmental education workshops and classroom educational materials It is used. With these characteristics, the educational resource that constitutes the subject of the utility model is the production of existing educational materials. infrastructure, plastic production techniques, transparent container production, mechanical assembly methods, and The classroom teaching tool production processes are suitable and feasible for mass production. It is of a certain quality. 8

Claims

1. Water footprint training tank with flow restrictor and level indicator; its feature is a panel. The transparent reservoir body, which is inserted into its housing and removed from the panel housing, is the transparent reservoir. The upper chamber inlet opening located on the body, inside the transparent chamber body The internal volume of the reservoir, the panel slot connection profile located on the transparent reservoir body, transparent level indicator located on the transparent reservoir body, transparent reservoir body The overflow limit line is located on the transparent reservoir body. mutable display tag, the tag where the mutable display tag is located the settlement area, which is attached to and removed from the upper chamber inlet opening. flow restrictor part, the part that keeps the flow restrictor part aligned with the upper chamber inlet opening. restrictor housing, drain port that allows the liquid in the reservoir to be emptied. and includes a shut-off plug that closes the discharge opening; the flow restrictor part is restrictive. When installed in its housing, it narrows the liquid passage cross-section at the upper chamber inlet and is transparent. The level indicator shows the liquid level in the reservoir's internal volume.

2. The water footprint training tank according to Claim 1 is characterized by its transparent tank body front. surface, rear surface, side surfaces, base surface, top opening, tank volume, top tank It includes an inlet port, a drain port, and a panel housing connection profile.

3. According to Claim 1, the water footprint training tank is characterized by its transparent tank body front. Transparent level indicator, overflow limit line and label placement area on the surface. It is the presence of.

4. The water footprint training container, according to Claim 1, has the following feature: a transparent container body at the base. its surface is sloped, directing the liquid accumulated in the reservoir's internal volume towards the drain opening. It includes a base structure.

5. According to Claim 1, the water footprint training chamber has the following feature: panel mounting connection. profile seating projection, guide surface, fixing tab and support surface It includes.

6. According to claim 5, the water footprint training chamber is characterized by its seating projection for training. The device holds the reservoir in its designated position within the panel housing.

7. The water footprint training chamber, according to claim 5, is characterized by its training guide surface. The 35 compartments must be fitted into the panel slot with the correct mounting orientation. 9 5 8. According to claim 5, the water footprint training chamber is characterized by its fixing tab for training. It restricts the reservoir from separating from the panel housing during use.

9. According to claim 5, the water footprint training chamber is characterized by its upper chamber surface; It is about aligning the inlet port with the corresponding flow channel in the training setup.

10. The water footprint training chamber, according to Claim 1, has the characteristic of having a transparent upper chamber inlet. It is located in the upper part of the reservoir body.

11. The water footprint training chamber, according to Claim 1, has the following characteristic: the upper chamber inlet opening. It has a restrictor housing around it that carries the flow restrictor component.

12. According to Claim 1, the water footprint training chamber has the characteristic of being a flow restrictor part. Its body includes a narrowed passage opening, a retaining tab, and an alignment edge.

13. According to claim 12, the water footprint training chamber is characterized by its narrowed passage opening. It limits the amount of liquid that can pass through the upper chamber inlet.

14. The water footprint training chamber according to claim 12 is characterized by its flow-through holding ridge. Locations on the part body for attaching and removing the restrictor part. It is the purchase.

15. The water footprint training reservoir according to claim 12 has the characteristic of; flow alignment of the edge. Its function is to hold the restraining part in the correct position within its restraining housing.

16. According to Claim 1, the water footprint training chamber has the following feature: part of the restrictor housing. It includes a seating channel, a support surface, and an alignment projection.

17. According to claim 16, the water footprint training chamber is characterized by its flow rate in the part seating channel. The restrictor is designed to hold the device in a fixed position above the upper chamber inlet.

18. According to claim 16, the water footprint training chamber is characterized by its part support surface. the narrowed passage opening of the flow restrictor part with the upper chamber inlet opening It is an alignment.

19. The water footprint training reservoir according to claim 16 is characterized by its flow alignment projection. It mechanically restricts the placement of the constraint part in the reverse direction.

20. According to Claim 1, the water footprint training tank is characterized by its transparent level indicator. located on the front surface of the transparent reservoir body, visible to the user. It is its place. 5 21. According to Claim 1, the water footprint training tank has the feature of a transparent level indicator. It is designed in the form of a transparent window.

22. According to Claim 1, the water footprint training tank has the feature of a transparent level indicator. It includes a low-level region, a mid-level region, and a high-level region.

23. According to Claim 1, the water footprint training reservoir is characterized by its overflow boundary line being located within the reservoir. It is a marking line that indicates the upper limit of the defined interior volume.

24. Water footprint training container according to Claim 1, its feature is; changeable display. A fixed representation mark on the label showing the represented water footprint component. It includes.

25. According to Claim 1, the water footprint training reservoir has the following characteristic: the label placement area is the label. It includes a seating surface, a label retention protrusion, and a label alignment edge.

26. According to claim 25, the water footprint training container has the feature of having a label holding protrusion. the changeable display label from the label placement area during use It is to limit separation.

27. Water footprint training reservoir according to claim 25, its feature is; label alignment edge. The goal is to ensure that the customizable display label is placed in the correct orientation.

28. According to Claim 1, the water footprint training tank is characterized by having a transparent discharge opening. It is located in the lower part of the body and is closed with a cap. 11