Assembling and sealing tool for water body measuring device

Abstract

The utility model discloses an assembling and sealing tool for a water body measuring device, which is provided with four components according to assembling parts, namely a sleeve sealing component, a multi-way valve sleeving component, a heat sealing component and an air tightness testing component, the sleeve sealing assembly is provided with a clamp telescopic device, a front-back displacement device, a rigid structure clamp and a sleeve structure. The multi-way valve sleeving assembly is provided with 6-9 sleeve tools which are evenly distributed, and a limiting pipe is arranged outside the multi-way valve sleeving assembly. The heat sealing assembly is provided with a longitudinal heating device; the air tightness test assembly is provided with an annular channel and a vacuum chamber. According to the utility model, the whole-process operation of assembling, shaping, packaging, sealing and detecting of key components can be realized.

Description

Technical Field

[0001] The utility model relates to the technical field of water pollution degree detection, in particular to an assembly sealing tool for a water body measuring device. Background Art

[0002] In the field of water pollution measurement, due to the large number of target objects, some of which are corrosive, viscous, or solid, the installation of testing equipment requires particular attention to the tightness of the equipment piping. If a leak occurs, corrosive, viscous, or solid matter can enter the measurement system's circuits or metal components, easily causing irreversible damage to the equipment. The peripheral sealing of the core multi-way valve is particularly critical. Multi-way valves have thin inner walls, and the piping is precise, complex, and generally made of aluminum, which is not corrosion-resistant and prone to fouling.

[0003] Unfortunately, the prior art does not focus on devices or tooling for assembling and sealing water measurement devices. Therefore, the common causes of damage to water measurement devices in the prior art are mainly fouling due to repeated use and equipment damage due to long-term leakage.

[0004] Therefore, there is an urgent need on the market for an assembly and sealing tool for water body measurement devices that can realize the whole process of assembly, shaping, packaging, sealing and testing of key components. Utility Model Content

[0005] The utility model aims to provide an assembly and sealing tool for a water body measuring device, which can realize the whole process of assembling, shaping, packaging, sealing and testing key components.

[0006] In order to achieve the above-mentioned purpose, the utility model adopts the following technical solutions: an assembly sealing tool for a water body measuring device, the tool is provided with four components according to the assembly position, namely a sleeve sealing component, a multi-way valve set component, a heat sealing component and an airtightness test component;

[0007] The casing sealing assembly is provided with a clamp telescopic device, a front-back displacement device, a rigid structure clamp, and a casing structure;

[0008] The multi-way valve set assembly is equipped with 6-9 evenly distributed sleeve fixtures, which are equipped with a fixture for fixing the multi-way valve. The fixture is equipped with channels that match the number and position of the multi-way valve holes. A limit tube is provided on the outside corresponding to the channel. The limit tube is equipped with a passage for the hose to pass through, and the passage matches the channel in the fixture.

[0009] The heat sealing assembly is provided with a transverse clamp, one end of which clamps the rigid structure and the other end clamps the flexible structure. The transverse clamp is also provided with an axial rotation device. The heat sealing assembly is provided with a longitudinal heating device at the intersection of the flexible structure and the rigid structure in the middle section of the transverse clamp, and the heating port of the heating device corresponds to the intersection position.

[0010] The airtightness test component is provided with an annular channel and a vacuum chamber. The annular channel is used to fix the structure to be tested, and the interface is placed in the vacuum chamber. The component measures the airtightness in the sealed pipeline through the change in air pressure after vacuuming.

[0011] Compared with the prior art, the utility model has the following advantages:

[0012] (1) This utility model is applicable to the whole process of assembling, shaping, packaging, sealing and testing equipment for water pollution detection. Since the target objects corresponding to water pollution detection are relatively large under actual working conditions and some of them are corrosive, oily or solid substances, special attention should be paid to the sealing of the equipment pipelines during installation. This utility model is developed by the applicant based on its own experience, specifically for the airtightness problems caused by the docking and assembly of rigid and flexible tubular structures. It integrates the whole process of assembly, shaping, packaging, sealing and testing, and can quickly, accurately and stably guarantee the installation process and installation quality of the equipment, further ensuring the reliability and service life of the equipment.

[0013] Therefore, the utility model has the characteristics of realizing the whole process of assembling, shaping, packaging, sealing and testing of key components. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 It is a structural diagram of the utility model;

[0015] In the figure: casing sealing assembly 1, rigid structure fixture 2, multi-way valve set assembly 3, limit tube 4, heat sealing assembly 5, air tightness test assembly 6. DETAILED DESCRIPTION Example

[0016] like Figure 1 The illustrated assembly sealing tool for a water body measuring device comprises four components according to the assembly position, namely, a sleeve sealing component 1, a multi-way valve set component 3, a heat sealing component 5 and an airtightness test component 6;

[0017] The casing sealing assembly is provided with a clamp telescopic device, a front-back displacement device, a rigid structure clamp 2, and a casing structure;

[0018] The multi-way valve set assembly 3 is provided with 6-9 evenly distributed sleeve fixtures, which are provided with a fixture for fixing the multi-way valve. The fixture is provided with channels that match the number and position of the multi-way valve holes. A limit tube 4 is provided on the outside corresponding to the channel. The limit tube 4 is provided with a passage for the hose to pass through, and the passage matches the channel in the fixture.

[0019] The heat sealing assembly 5 is provided with a transverse clamp, one end of which clamps the rigid structure and the other end clamps the flexible structure. The transverse clamp is also provided with an axial rotation device. The heat sealing assembly 5 is provided with a longitudinal heating device at the intersection of the flexible structure and the rigid structure in the middle section of the transverse clamp, and the heating port of the heating device corresponds to the intersection position.

[0020] The airtightness test component 6 is provided with an annular channel and a vacuum chamber. The annular channel is used to fix the structure to be tested, and the interface is placed in the vacuum chamber. The component measures the airtightness of the sealed pipeline through the change in air pressure after vacuuming.

[0021] The device according to this embodiment has the characteristics of realizing the whole process of assembly, shaping, packaging, sealing and testing of key components.

[0022] The above description of the disclosed embodiments is intended solely to enable one skilled in the art to implement or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention is not limited to the embodiments shown herein, but is intended to conform to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. An assembly sealing tool for a water body measuring device, characterized in that: The tool is provided with four components according to the assembly position, namely, a sleeve sealing component (1), a multi-way valve set component (3), a heat sealing component (5) and an airtightness test component (6); The sleeve sealing assembly is provided with a clamp telescopic device, a front-back displacement device, a rigid structure clamp (2), and a sleeve structure; The multi-way valve set component (3) is provided with 6-9 sleeve fixtures evenly distributed, wherein a fixture for fixing the multi-way valve is provided inside the fixture, wherein a channel matching the number of holes and the opening positions of the multi-way valve is provided inside the fixture, and a limiting tube (4) is provided outside corresponding to the channel, wherein a passage for the hose to pass through is provided inside the limiting tube (4), and the passage matches the channel inside the fixture; The heat sealing assembly (5) is provided with a transverse clamp, one end of the transverse clamp clamps the rigid structure and the other end clamps the flexible structure, and the transverse clamp is also provided with an axial rotation device; the heat sealing assembly (5) is provided with a longitudinal heating device at the intersection position of the flexible structure and the rigid structure in the middle section of the transverse clamp, and the heating port of the heating device corresponds to the intersection position; The airtightness test component (6) is provided with an annular channel and a vacuum chamber. The annular channel is used to fix the structure to be tested, and the interface is placed in the vacuum chamber. The component measures the airtightness of the sealed pipeline through the change of air pressure after vacuuming.

Images