TWM261687U - Multi-stage water level monitoring device - Google Patents

Description

M261687 4. Creation Instructions (i) [Technical Field to which the New Type belongs] This creation is about a multi-segment water level monitor, which consists of several sensing lines of different lengths buckled on a flexible steel cable at equal intervals. Can ensure that each set of liquid level measuring points have the same conductivity of the water body. The pipe is used to feed water from the water pipe to the water pipe for storage. The water pump is pumped from the inside to the roof. The water pipe is pumped out by passing the tower and re-watering. Move the high water level to draw water to measure the advancement to reach the horse's level. The water pumping type moving point can start more than one. Or, when the ball is floating, the water conservancy of the tower is set in the knowledge. The position of the liquid or the ball, / / Dama breaking is known from the time of the liquid position of the moving point of the liquid. The habit is known, the lower limit is lower than the lower limit. The water level is held high by the palm of the water. The state of business is in the middle of water and water. Before the stoppage, Yuanda is an electric horse and it is easy to learn. The road-shaped line feeling is not stable. Induced liquid-conducting and different cable differential distances are used in the inter-mining system. The gauges are extremely different, but due to ancient problems, they touch the water to test this feeling, so as not to avoid dislocation between the poles and the electrical distance. The length of the long rod is extremely high, and each individual has his own considerations. The learner ’s good change is what it ’s like, the high cost is the cost, the support is very even, and it can be installed on multiple poles. It can be installed without sending a few moving rods on the pole electrode. Only the electrical reconstruction structure is installed. . Sense of goodness, reform, research, and step-by-step approach to increase research. As a progressive person and professional, it is easy to see the disadvantages of handling the problems. No, the content is safe, the precision is sent, the degree is high, the content is high, and the type is new.

P009A901.ptd Page 5 M261687 4. Creation instructions (2) This creation is a multi-stage water level monitoring device suitable for water towers, which is composed of a common steel line with a short lead and a few soft lengths. A flexible hammer is fixed at the bottom end of the flexible steel cable, so that the flexible steel cable can be vertically stretched, and the soft and sexy measuring lines are respectively connected by a plastic ring buckle frame. Embedded in parallel and sequentially assembled on the flexible steel cable, and the conductive probes at the bottom of the plurality of sensing lines are equal to the flexible steel cable, which can ensure that each group of liquid level conductive probes and steel cable Those who have the same conductivity of the water body, thereby improving the accuracy of sensing the height of the water level, and the flexible steel cable and several soft sexy lines of this creation are also conducive to curling collection and transportation, and specifically improve the performance of construction and assembly . [Embodiment] First, please refer to the accompanying drawings as shown. This creation relates to a multi-segment water level monitor, which belongs to a water level monitoring device suitable for assembly in a water tower (40). The steel wire (1 0) is composed of a common leading wire and a plurality of sensing lines (20) surrounding it, and it uses the conductivity of the water body to transmit the sensed water level signal to a remote monitoring device (3 5), to achieve the effect of accurately sensing the multi-level water level height; among them, a flexible steel cable (1 0), which is a common pole leading wire with flexible support and conductive effect, in the steel cable ( 10) A heavy hammer (12) is fixed at the bottom end, so that the flexible steel cable (1 0) is placed in a water tower (40) to be in a vertically stretched state, and the flexible steel cable ( The periphery of 10) is a sequence of embedded inherently equidistant sensing lines (2 0); several sensing lines (2 0) are several flexible wires of varying lengths,

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Fourth, the creation description (3), and the sensing line (20) covered with an insulating layer on the outer layer is a metal core line (2 2), and the metal core line (2 0) in the sensing line (20) 2 2) The bottom end is exposed with a conductive probe (2 1) ′, and the conductive probe (2 1) of the sensing line (2 0) is integrally formed with a ring buckle frame (2 5), and A side clip of the ring buckle frame (2 5) is provided with a clip to be buckled (2 6), and the buckle clip (2 6) can be embedded and assembled on the flexible steel cable (10) in parallel and axially. , So that the sensing lines (20) of different lengths can be sequentially and conveniently looped and embedded in the flexible steel coil (丨 0), and the bottom ends of the sensing lines (20) are conductive The probes (2 1) have different vertical height intervals, and in this creative series, the conductive probes (2 1) at the bottom of the sensing lines (20) of different lengths are used to sense different water level signals, and Since the distance d between the conductive probes (21) of the plurality of sensing lines (20) and the flexible steel cable (1 0) of the common-polar main line is equal, it can ensure that each group of liquid level conductive probes (1) and All in cable room The same conductivity of the water body improves the accuracy of sensing the height of the water level. As for the flexible steel cable (10) and the plurality of sensing lines (20), a plurality of straps (28) are used to bind them. Bundled together, and the tops of the bent steel relief (10) and several sensing lines (20) are collected and assembled in a junction box (3 G) on the top surface of t ί ΐ ^ 4 〇), And the junction box (3 G) is transmitted to the remote monitoring device via the 5 water level sensing signal through the 'see line j' (5, head 5 and 2 t clothing (3 5) is to provide sensing power And the monitor displays the sensed water level and signals. The structure of this creation is explained later: This creation is composed of a steel wire cable (1 0) and a common pole 20). Based on the flexible characteristics and For specific use efficiency, I would like to briefly summarize a multi-segment water level monitor, which consists of a flexible main wire and several sensing wires of different lengths (a copper hammer (1 0) is fixed with a heavy hammer (1 2) at the bottom,

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Fourth, the creative instructions (4) 俾 make the flexible steel cable (1 〇) present a vertical stretch _ ^, (2 0) are respectively through the integral plastic molding of the ring: the number of solid assembly assembled in the flexible The flexible steel cable (10), and the " frames (25) are connected with the flexible steel cable (丨 〇) at the bottom of the 1 wire (2 〇) by a flat ^ 亍 = conductive probe (2 1). End = to ensure that each set of liquid level probes (21) and the steel cable are the same and equal, can not improve the accuracy of sensing the water level height, and furthermore, the conductivity of the water body, (1 0) and the number Each of the sensing lines (20) is a flexible steel cable that is convenient for curling this creation, which is convenient for construction and transportation, and specifically promotes the construction, and does not take up space. Therefore, based on the above, this creation department is a multi-type, effective one.

It consists of a common wire of a flexible steel cable and a number of water level monitors, which are formed by the conductive probes of the plurality of sensing lines and the sensing lines of the loop δ and 又, which can make each group of liquid level conductive The distance between the probe and the steel wire is equal, so that the precision of sensing the height of the water level is increased. ^ / Both have the same conductivity of the water body. The effect is specific and obvious, and it is both novel. The achievements have been in line with the advancement of new types of professionals in China's patent law. Therefore, this creative law filed a patent application. The requirements of the application requirements are based on

M261687 Schematic description of the first picture: This is a three-dimensional view of the multi-stage water level monitor of this creation. The second picture: It is a partial exploded view of this creation, which shows the assembly of the loop bracket covering the sensing line and the flexible steel reed of the common pole leading line. The third picture: This drawing shows the assembly structure of the flexible steel cable and the surrounding sensing lines. Figure 4: This is the side view of the common wire flexible steel cable and the surrounding sensing line in this creation. It shows the distance between the conductive probe of the sensing line and the flexible steel cable. Fifth figure: It is a cross-sectional view of the first figure along line 5-5. Figure 6: This is a schematic diagram of the use status of this creative multi-segment water level monitor. Explanation of symbols of relevant component parts in the figure: (10) · · Flexible steel cable (1 2) · .Hammer (2 0) ... Sensing line (2 1) ... Conductive probe (2 2) ... Metal core line ( 2 5) ... Ring buckle holder (2 6) ... Buckle clip (2 8) ... Cable tie (3 0) ... Cable box (3 1) · · Cable (3 5) · .Monitoring device (4 0) ..Water tower

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Claims (1)

M261687 V. Application scope 1. A multi-level water level monitor, which consists of a flexible steel cable and several soft-sensing lines of different lengths, which uses the same water conductivity of each group of liquid level contacts, Furthermore, the sensed water level height signal is transmitted to a remote monitoring device. Among them, a flexible steel cable is a common pole leading wire with flexible support and conductive effect, and the periphery of the flexible steel cable is determined by The sequence ring is embedded with inherently equidistant soft sensing lines; several sensing lines are flexible wires of different lengths, and a conductive probe is exposed and protruding at the bottom end of the sensing line, and A ring buckle frame is plastically formed at the top periphery of the conductive probe at the bottom of the measuring line, and a buckle clip is extended on the side edge of the buckle frame, and the buckle clip is embedded and assembled in parallel on the flexible steel cable. In addition, the distance between the plurality of sensing lines and the flexible steel cable is the same, which can ensure that each group of liquid level conductive probes and the steel cable have the same water body conductivity. 2. A multi-stage water level monitor as described in item 1. of the patent application scope, wherein a heavy hammer is fixed to the bottom end of the steel cable. 3. A multi-stage water level monitor as described in item 1. of the patent application scope, wherein the conductive probes at the bottoms of the sensing lines of different lengths are capable of sensing different water level signals. 4. A multi-stage water level monitor as described in item 1. of the patent application scope, wherein the flexible steel cable and the plurality of sensing wires are bundled together by a plurality of straps. 5. A multi-stage water level monitoring as described in item 1. P009A901.ptd Page 10 M261687 P009A901.ptd Page 11