CN210197676U

CN210197676U - Module device of electric heating film quartz heating pipe

Info

Publication number: CN210197676U
Application number: CN201920948118.5U
Authority: CN
Inventors: Shimin Zhou; 周世敏
Original assignee: Tianjin Mewbourne Amperex Technology Ltd
Current assignee: Tianjin Mewbourne Amperex Technology Ltd
Priority date: 2019-06-24
Filing date: 2019-06-24
Publication date: 2020-03-27
Anticipated expiration: 2029-06-24

Abstract

The utility model belongs to a module device of electric heat membrane quartz heating pipe comprises electric heat membrane quartz heating pipe, the last circulation water course that forms the rectangle that link up each other through lining up the pipe on two at the both ends that are two hot-water pipes that the interval distance set up side by side, the lower circulation water course that forms the rectangle is link up each other through lining up the pipe under two at the both ends that are two cold water pipes that the interval distance set up side by side, the upper and lower end of four spinal branch daggers is fixed as an organic whole with the lower extreme four corners of upper and lower circulation water course respectively, several electric heat membrane quartz heating pipe sets up side by side between two hot-water pipes and two cold. The utility model discloses can conveniently change the confession hot water volume according to user's heat supply area's change, have simple structure, the equipment is convenient, labour saving and time saving and excellent in use effect's advantage.

Description

Module device of electric heating film quartz heating pipe

Technical Field

The utility model belongs to a module device of electric heat membrane quartz heating pipe.

Background

At present, the electrothermal film quartz heating tube is mainly used for heating water flowing through the electrothermal film quartz heating tube, for example, the semiconductor electrothermal film quartz heating tube disclosed in chinese patent publication No. CN205666969U has a structure in which heat-resistant plastic tube mouth envelopes are arranged at both ends of the quartz tube, the heat-resistant plastic tube mouth envelopes are connected with the quartz tube ends at the corresponding ends through silica gel sealing rings, a semiconductor conductive film layer is arranged on the outer peripheral wall of the quartz tube, the upper end, the middle part and the lower end of the semiconductor conductive film layer on the outer peripheral wall of the quartz tube are respectively provided with a conductive ring, and each conductive ring is provided. The structure is silent, the energy consumption is low, and the water flowing through the quartz tube is heated. Heating equipment that makes with electric heat membrane quartz heating pipe is at mill one shot forming, the heat supply area is fixed, can't change the heat supply water volume according to user's heat supply area's change, for example user's heat supply area is big just need increase heating equipment in the quantity of electric heat membrane quartz heating pipe, user's heat supply area is little just need reduce heating equipment in the quantity of electric heat membrane quartz heating pipe, and can't reach above-mentioned requirement at present, more can't change the heat supply water volume according to user's heat supply area's change, thereby influence the user and use, energy heat utilization rate is low.

Disclosure of Invention

The utility model aims at designing a module device of electric heat membrane quartz heating pipe, can conveniently change the confession hot water volume according to user's heat supply area's change, have simple structure, the equipment is convenient, labour saving and time saving and excellent in use effect's advantage.

Therefore, the utility model discloses constitute by electric heat membrane quartz heating pipe, be the interval distance two both ends of hot-water line that set up side by side and link up the last circulation water course that forms the rectangle each other through lining up the pipe on two, the upper end one side of going up the circulation water course is equipped with the hot water delivery port. Two ends of two cold water pipes which are arranged side by side at intervals are communicated with each other through two lower through pipes to form a rectangular lower circulating water channel, and a cold water inlet is formed in one side of the lower circulating water channel. The upper ends of the four supporting stand columns are respectively fixed with the four corners of the lower end of the upper circulating water channel into a whole, and the lower ends of the four supporting stand columns are respectively fixed with the four corners of the upper end of the lower circulating water channel into a whole. The lower end surfaces of the two hot water pipes between the supporting upright posts are provided with butt joint pipes of the hot water pipes at intervals. The upper end surfaces of the two cold water pipes between the supporting upright posts are butt joint pipes which are provided with cold water pipes at intervals. The plurality of electric heating film quartz heating pipes are arranged between the two hot water pipes and the two cold water pipes side by side. The water outlet pipe at the upper end of each electrothermal film quartz heating pipe is connected with the butt joint pipe of the hot water pipe through an oil-free joint. The water inlet pipe at the lower end of each electrothermal film quartz heating pipe is connected with the butt joint pipe of the cold water pipe through an oil union.

The cross sections of the two hot water pipes, the two cold water pipes, the upper through pipe and the lower through pipe are rectangular. The four supporting columns are the same in length, and the length of each supporting column is larger than that of the electrothermal film quartz heating pipe. The cross section of the supporting upright post is rectangular. And cabinet body connecting sheets are arranged at four corners of the lower end surface of the lower circulating water channel, and screw holes are formed in the cabinet body connecting sheets. The structure achieves the purpose of the utility model.

The utility model discloses can conveniently change the confession hot water volume according to user's heat supply area's change, have simple structure, the equipment is convenient, labour saving and time saving and excellent in use effect's advantage. The heat utilization rate of energy is improved by about 10 percent.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a rear view of the present invention.

Fig. 3 is a schematic view of the structure of the utility model in use.

Fig. 4 is a schematic structural diagram of another use state of the present invention.

Detailed Description

As shown in fig. 1 to 4, a module device of an electrothermal film quartz heating tube is composed of an electrothermal film quartz heating tube 4. The electrothermal film quartz heating tube has the same structure as the traditional structure, a semiconductor conductive film layer is arranged on the peripheral wall of the quartz tube, the upper end, the middle part and the lower end of the semiconductor conductive film layer on the peripheral wall of the quartz tube are respectively provided with a conductive ring 6, and each conductive ring is provided with a lead connector 7 for convenient connection with a power supply.

Two ends of two hot water pipes 2 which are arranged side by side at a spacing distance are mutually communicated through two upper through pipes 1 to form a rectangular upper circulation water channel, one side of the upper end of the upper circulation water channel is provided with a hot water outlet 14, and the height of the upper through pipe with the hot water outlet can be larger than that of the other upper through pipe for convenient butt joint.

Two ends of two cold water pipes 12 arranged side by side at a certain distance are communicated with each other through two lower through pipes to form a rectangular lower circulating water channel, and one side of the lower circulating water channel is provided with a cold water inlet 9. The upper ends of the four supporting stand columns 8 are respectively fixed with the four corners of the lower end of the upper circulating water channel into a whole through welding, and the lower ends of the four supporting stand columns are respectively fixed with the four corners of the upper end of the lower circulating water channel into a whole through welding. Obviously, the upper and lower circulating water channels are sealed circulating water channels.

The lower end surfaces of the two hot water pipes between the supporting upright posts are provided with four butt joint pipes 3 of the hot water pipes at intervals, namely the butt joint pipes of the hot water pipes are communicated with the two hot water pipes and are fixed on the two hot water pipes at corresponding positions in a welding and sealing manner. The upper ends of the two cold water pipes between the supporting columns are provided with four butt joint pipes 13 with the cold water pipes at intervals, namely the butt joint pipes of the cold water pipes are communicated with the two cold water pipes and are fixed on the two cold water pipes at corresponding positions in a welding and sealing manner. The eight electrothermal film quartz heating pipes are arranged between two hot water pipes and two cold water pipes side by side, namely four electrothermal film quartz heating pipes are arranged between one hot water pipe and one cold water pipe which vertically correspond to each other up and down side by side. The water outlet pipe 5 at the upper end of each electric heating film quartz heating pipe is connected with the butt joint pipe 3 of the hot water pipe through an oil-control joint 29. The water inlet pipe at the lower end of each electrothermal film quartz heating pipe is connected with the butt joint pipe 13 of the cold water pipe through another oil union.

The cross sections of the two hot water pipes, the two cold water pipes, the upper through pipe and the lower through pipe are rectangular. The four supporting columns are the same in length, and the length of each supporting column is larger than that of the electrothermal film quartz heating pipe. The cross section of the supporting upright post is rectangular. And cabinet body connecting sheets 10 are arranged at four corners of the lower end surface of the lower circulating water channel, and screw holes 11 are formed in the cabinet body connecting sheets and used for being fixed with the cabinet body by means of screws.

The above structure constitutes the utility model discloses a module device.

As shown in fig. 3 to 4, when the cabinet is installed, the cabinet 19 for placing different numbers of module devices can be selected according to the heating area of the user. The space in the cabinet body is divided into a heat-placing unit chamber 16 at one side and an electric appliance chamber 18 at the other side by a longitudinal partition plate 17, and the front end surfaces of the heat-placing unit chamber and the electric appliance chamber are respectively provided with a cabinet door 15. The electric appliance chamber is used for placing electric appliance elements such as a control electric appliance for controlling the starting time and the temperature of the electric heating film quartz heating tube, a temperature controller and the like, and each control button 26 and the state display meter 25 are positioned on a cabinet door of the electric appliance chamber so as to facilitate operation. The principle and wiring circuit of the electric appliance element and the quartz heating tube for controlling the electric heating film in the electric appliance room are the prior art, so the description is omitted.

As shown in fig. 3, the module device is adapted to be installed in a heat-placing unit chamber in a cabinet, and a cabinet connecting piece is fixed to the heat-placing unit chamber by means of screws. The heat supply area is below 100 square meters.

Referring to fig. 4, in order to increase the internal space of the cabinet, when the volume of the cabinet is increased, the first partition plate 21 and the second partition plate 23 may be used to divide the internal space of the heat unit into an upper heat unit chamber 24, a middle heat unit chamber 27 and a lower heat unit chamber 28 which are distributed up and down. The volume of each heat-receiving unit chamber is preferably adapted to fit a modular arrangement. The module devices in the heat unit chambers are respectively fixed with the first partition plate and the second partition plate by screws. Namely, each screw penetrates through the screw hole arranged on each cabinet body connecting sheet and then is fixed with the first partition plate and the second partition plate in a threaded manner.

The hot water outlets 14 on the module devices are correspondingly arranged on the same side, the hot water parallel pipes 22 are sequentially connected in parallel with the hot water outlets on the module devices in each heat-placing unit chamber and sequentially penetrate through the first partition plate, the second partition plate and the upper end face of the cabinet body, and the output ports 20 of the hot water parallel pipes are positioned outside the upper end face of the cabinet body so as to be conveniently communicated with the hot water inlets of the radiators through guide pipes. Similarly, the cold water parallel pipes are also sequentially connected in parallel with water inlet orifices on the indoor module devices of each heat-placing unit and sequentially penetrate through the first partition plate, the second partition plate and the side surface of the cabinet body of the corresponding part, and water inlets of the cold water parallel pipes are positioned outside the side surface of the cabinet body so as to be conveniently communicated with a water return port of the radiator through a guide pipe and a water pump. Is used for heating areas of more than 100 square meters. Obviously, each thermal unit chamber can be arranged in a plurality of upper and lower, or front and back, or upper and back. When in use, a plurality of heat-placing unit chambers can be vacant according to the change of the heat supply area of a user. Only two heating module devices are arranged in the three heat-placing unit chambers as shown in fig. 4, and the empty heat-placing unit chambers can be used for placing objects and need to be changed according to the heat supply area of users.

In a word, the utility model discloses can conveniently change the confession hot water volume according to user's heat supply area's change, have simple structure, the equipment is convenient, labour saving and time saving and excellent in use effect's advantage. Can be popularized and used.

Claims

1. The utility model provides a module device of electric heat membrane quartz heating pipe, comprises electric heat membrane quartz heating pipe, its characterized in that: two ends of two hot water pipes which are arranged side by side at a spacing distance are mutually communicated through two upper through pipes to form a rectangular upper circulating water channel, one side of the upper end of the upper circulating water channel is provided with a hot water outlet, two ends of two cold water pipes which are arranged side by side at a spacing distance are mutually communicated through two lower through pipes to form a rectangular lower circulating water channel, one side of the lower circulating water channel is provided with a cold water inlet, the upper ends of four supporting upright posts are respectively fixed with the four corners of the lower end of the upper circulating water channel into a whole, the lower ends of the four supporting upright posts are respectively fixed with the four corners of the upper end of the lower circulating water channel into a whole, the lower ends of the two hot water pipes which are positioned between the supporting upright posts are provided with butt-joint pipes of the hot water pipes at a spacing distance, the upper ends of the two cold water pipes which are positioned between the supporting upright posts are provided with butt, the water outlet pipe at the upper end of each electrothermal film quartz heating pipe is connected with the butt joint pipe of the hot water pipe through an oil union, and the water inlet pipe at the lower end of each electrothermal film quartz heating pipe is connected with the butt joint pipe of the cold water pipe through an oil union.

2. The modular device of an electrothermal film quartz heating tube according to claim 1, characterized in that: the cross sections of the two hot water pipes, the two cold water pipes, the upper through pipe and the lower through pipe are rectangular.

3. The modular device of an electrothermal film quartz heating tube according to claim 1, characterized in that: the four supporting columns are the same in length, and the length of each supporting column is larger than that of the electrothermal film quartz heating pipe.

4. The modular device of an electrothermal film quartz heating tube according to claim 1, characterized in that: the cross section of the supporting upright post is rectangular.

5. The modular device of an electrothermal film quartz heating tube according to claim 1, characterized in that: and cabinet body connecting sheets are arranged at four corners of the lower end surface of the lower circulating water channel, and screw holes are formed in the cabinet body connecting sheets.