Multiplexed probe design for multi-point water leak detection.

Abstract

The invention is an add-on probe (9) for detecting water leaks, characterized by: at least two electrodes (10) connected inside the probe for detecting water leaks; at least two conductive electrode surfaces (10a) located in the middle of the bottom cover, which is the surface-facing side of the probe for detecting water leaks; at least one connection point (9a) and at least one connection pin (9b) for connecting two probes; and an electrode connection surface (10b) for transmitting the water leak detected by the conductive electrode surface (10a) to another probe and from there to the electronic circuit module (2) via cable (3) for processing when the two probes are connected.

Description

1 TARIFF DESIGN OF A DEMOUNTABLE PROBE FOR MULTI-POINT WATER LEAK DETECTION. Relevant Technical Field The invention generally relates to water leak detection systems. Specifically, the invention involves the sequential connection of multiple water leak detection probes through a single cable line. It relates to a replicable structure so that it can be positioned. State of the Art Water leak detection systems are used to detect and prevent water damage in various environments. These are the basic systems used. These systems typically consist of two main components: a probe and a... Electronic circuit module. The probe is a sensing probe designed to detect the presence of water or moisture. While functioning as a component, the electronic circuit module processes signals from the probe and the water When detected, it triggers appropriate alerts or actions. In traditional setups, the probe and electronic circuit module typically perform water detection measurements. It is placed near the point where it will be made. This arrangement connects the probe to the electronic circuit module. By enabling direct communication between them, water leaks can be detected quickly and accurately. 15 This allows for multiple setups in a larger area or in different rooms. It can be limiting in scenarios where a sensing point is required. Current water leak detection systems allow for monitoring multiple points simultaneously. When this happens, various challenges are encountered. Measurements need to be taken in various locations. In these situations, it may be necessary to connect multiple probes to a single electronic circuit module. This 20 This requirement leads to complexities in the installation process and increases costs and maintenance efforts. This can lead to an increase. One of the main problems with current water leak detection systems is the extensive cabling. It is a requirement. In cases where multiple probes are connected to a single electronic circuit module, each A separate cable line needs to be run from the measurement point to the module. This approach makes the installation, 25 This results in a complex network of cables that can be difficult to maintain and troubleshoot. The cables... Their proliferation may also be visually unpleasant and could pose a hazard in certain environments. Another limitation of current water leak detection systems is their limited coverage area. The probe The cable connecting to the electronic circuit module depends on the load-carrying capacity of the device. It can only be extended up to a certain length. This limitation applies to a single electronic circuit module of 30. 2 This limits the number of points that can be effectively monitored. As a result, larger areas or multiple rooms, installation of multiple electronic circuit modules This may require additional resources, leading to increased costs and complexity in system administration. The scalability of current water leak detection systems is hampered by limitations in cable length and single-source technology. It is often compromised due to the number of probes that can be connected to an electronic circuit module. 5 Expanding coverage or adding new detection points requires additional cabling and This can be a laborious process, potentially requiring new electronic circuit modules. Lack of flexibility prevents the system from adapting to changing needs or expanding existing installations. This makes strengthening the coverage area difficult. The patent file numbered US5546009A, which emerged as a result of technical research, describes “Inert 10 or using extremely low power to detect the presence or absence of a hazardous fuel The document describes a "detector system" that uses multiple remote probes in a single system. The ability to connect to a control unit is mentioned. However, the probes cannot be connected to each other. A chaining system that allows connection like a connector and facilitates installation has not been described. Therefore, it is necessary to overcome the problems discussed above. The installation process is 15 This will simplify, reduce wiring complexity, and make water leak detection easily accessible. A solution is needed that will allow for its expansion. Such a system would require multiple probes. It should be able to connect efficiently, transmit signals over longer distances, and detect accurately. It should be able to preserve its capabilities. Furthermore, the ideal solution should be cost-effective, easy to maintain, and versatile. It should be adaptable to different environments and building layouts. 20 Purpose of the Invention The invention is created by drawing inspiration from existing situations and aims to solve the aforementioned drawbacks. It aims to... The primary aim of the present invention is to enable seamless water leak detection from one room or area to another. The aim is to provide a liquid detection system that allows for expansion in some way. 25 Another objective of the present invention is to provide separate cabling for each probe to the electronic circuit module. The goal is to offer an add-on probe design that eliminates the need for connections. Another objective of the present invention is to allow the attachment of probes via electrode contact surfaces. By ensuring efficient signal transmission between them, the reliability of the liquid detection system and The goal is to increase its scalability. 30 3 Another objective of the present invention is to connect multiple probes sequentially over a single cable line. The goal is to reduce installation complexity and cost by enabling connection. Another purpose of the present invention is to have an attachable probe for detecting water leaks. At least two electrodes connected inside the probe to detect leaks; Water leak. To detect this, at least 5 are located in the middle of the bottom cover, which is the side of the probe facing the surface. at least two conductive electrode surfaces; at least one connector to connect the two probes. a point and at least one connecting pin; a conductive electrode in case the two probes are connected to each other. A water leak detected by the surface is routed through another probe and then through a cable for processing. It contains an electrode connection surface to transmit light to the electronic circuit module. The detachable probe for water leak detection comes in the form of a hollow box, and the inside of the detachable probe is 10 It includes a top cover for electrode placement. It is an attachable probe for detecting water leaks; the bottom part of the attachable probe is the side facing the surface. the bottom cover located on the side leaving the conductive electrode surface exposed lower cover conductive surface gap, with at least two located in the middle section. It includes. 15 Detailed Description of the Invention Explanation of the figures Figure 1 shows a general overview of the probe connection system in the previous technique. Figure 2. General overview of the add-on probe connection system related to the problem solved by the invention. It is the appearance. 20 Figure 3 shows a perspective view of the add-on probe design. Figure 3a. Top perspective view of the attachable probe. Figure 3b. This is a bottom perspective view of the attachable probe. Figure 4 shows the general view of the probes joined together. Explanation of references in figures 25 A- Previous Technique B- Improved Technique 1-Central Alarm System 2- Electronic Circuit Module 4 3- Cable 4-1. Water Leak Detector 5- 2. Water Leak Detector 6- 1. Water leak area 7- 2. Water leak area 5 8- 2nd Cable 9- Addable Probe 9a - Connection point 9b - Connection pin 9c - Top Cover 10 9d - Bottom Cover 9e - Cable connection point 9f - Bottom cover conductive surface gap 10- Electrode 10a-Electrode Conductive surface 15 10b Electrode Connection Surface Figure 1 shows a schematic of an expandable probe system for liquid detection in the previous technique (A). The diagram is shown. The system is a Central Alarm System (1), an Electronic Circuit Module (2), a cable (3), a first Water Leak Probe (4), a second Water Leak Probe (5), a second Water 20 The Leakage Area (6) includes a first Water Leakage Area (7) and a second cable (8). The system, By adding the second water leak probe (5) to the system with the second cable (8), liquid in more than one area It is designed to detect leaks. In Figure 2, this invention is shown with an improved technique (B), i.e., it can be multiplied by adding it together. A schematic diagram of a liquid detection system provided by probes is shown. The system is a 25 Central Alarm System (1), an Electronic Circuit Module (2), a cable (3), a 2nd Water Leakage Area (6), a 1st Water Leakage Area (7), attachable probes (9), electrode conductive surfaces (10a) The system includes electrodes (10). Using probes that can be connected to each other, multiple It is used to detect water leaks in the area. The system is similar to the previous one described in Figure 1. The biggest difference from the technique is that, thanks to the addable probe design, a second cable (8) or more 30 Since a probe needs to be added, a single cable is sufficient, eliminating the need for a third or fourth cable. It is possible to establish a connection. Figure 3 is an exploded view showing the components of the attachable probe (9) design. It shows that the attachable probe (9) can be connected to each other for extended liquid sensing capabilities. It includes multiple attachable probes (9) designed for connection. The 5 in question Two add-on probes (9) are shown for illustration purposes. Each add-on probe (9) has several It includes the basic components. These are a connection point (9a), a connection pin (9b), a top cover (9c), a lower cover (9d), a cable connection point (9e), an electrode connection surface (10b) and electrode At least two electrodes (10) with a conductive surface (10a). The add-on probe (9) forms the core unit of the liquid detection system. Multiple probes in series 10 It is designed in a modular structure that allows it to be connected as an electronic circuit. It extends the detection range without the need for separate wiring to the module. The attachable probe (9) is a top that protects the internal components and provides structural integrity to the unit. It is completed with a cover (9c) and a sub-cover (9d). Connection point (9a) and connection pin (9b) allow for the chain configuration of addable probes (9) 15 These are the key elements that make it possible. A connection point (9a) on a probe, from an adjacent probe It is designed to receive the connection pin (9b) and provide a secure physical connection between the units. It creates a connection. This design does not require complex cabling or installation procedures, It allows the detection system to be easily expanded by connecting additional probes when needed. The electrode contact surface (10b) plays a vital role in signal transmission between connected probes. 20 When the probes are connected to each other, the respective electrode contact surfaces (10b) make contact, forming a continuous connection. This design creates a transmission path for the liquid detection signal to the electronic circuit module (2) It allows the electrode to be transmitted from one probe to another in the chain before reaching the electrode contact surface. (10b), a conductive metal such as copper, silver or gold plated to ensure effective conduction. It may be made of the following material: 25 The lower cover of the probe (9d) is designed to accommodate the electrode conductive surface (10a) of the electrode (10). It is designed. The electrode conductive surfaces (10a) are the primary sensing surfaces that detect the presence of liquid. These are the elements. When a liquid comes into contact with this surface, it changes the impedance, which is then measured. and is transmitted as a sensing signal. The lower cover (9d) transmits the liquid to the electrode conductive surface (10a) 30 to be compatible with the width of the electrode conductive surface (10a) to ensure easy access. The figure includes a conductive surface opening (9f) in the lower cover. During the study, the electrode conductive surface under any probe in the chain (10a) When liquid is detected, the signal can be added via the electrode contact surfaces (10b). The signal is transmitted through probes (9). The signal is then transmitted to the cable connection point of the first probe in the chain. 6 (9e) reaches the electronic circuit module (2) via the connected cable (3). This design is general Efficient signal transmission while minimizing the number of cable connections required in the system. It allows. Figure 4 shows multiple add-on probes connected in series for a liquid sensing system (9) The figure shows a schematic representation of creating an extended liquid sensing network. 5 An innovative design of connectable probes (9) that can be linked together is showcased. Each Addable probe (9), providing modular functionality and efficient liquid sensing capabilities. It is equipped with basic components. In the figure, the chain configuration of these addable probes (9) by showing how they can be connected to each other to create various settings or rooms Flexible and scalable liquid sensing capabilities are provided. 10 Although the invention is described in connection with various specific arrangements, it is not explicitly stated that... It is evident that, in light of the explanations mentioned above, experts in the field can find many different... It may also present alternatives and modifications. Therefore, the invention described here, All these alternatives, modifications and options that can be considered within the scope of the requests It is also intended to include applications. 15 25

Claims

7 REQUESTS 1- It has an addable probe (9) to detect water leaks; its feature is to detect water leaks. At least two electrodes connected inside the probe (10) for water leak detection located in the middle of the bottom cover, which is the side of the probe facing the surface, for this purpose at least two conductive electrode surfaces (10a); at least 5 to connect the two probes together one connection point (9a) and at least one connection pin (9b); two probes connected to each other water detected by the conductive electrode surface (10a) when connected The leakage is sent to another probe and from there to be processed electronically via cable (3). It contains an electrode connection surface (10b) to transmit to the circuit module (2). 2- The probe (9) that can be added for the detection of water leaks according to claim 1 is a hollow box 10 A top cover for electrode (10) placement inside the attachable probe (9) which is in the form of (9c) is included. 3- According to Request 1, the probe (9) that can be added for the detection of water leaks is; it can be added The bottom cover (9d) and conductor located on the bottom side of the probe (9) which faces the surface. At least two 15mm electrodes must be placed in the middle of the bottom cover (9d), leaving the electrode surface (10a) exposed. It contains a bottom cover conductive surface gap (9f) positioned in a number. 25

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