CN202675455U - Warm-water-supplying radiator - Google Patents

Abstract

The utility model relates to the technical field of radiators and provides a warm-water-supplying radiator. The radiator comprises a columnar container, a discharge pipe and a water pipeline. The columnar container is provided with a water inlet in the bottom. The bottom of the discharge pipe is arranged outside the bottom of a container body, the top of the discharge pipe extends into the inside of the container body from the bottom of the container body in sealing mode, and a gap is arranged between the pipe mouth surface of the top of the discharge pipe and the inner top surface of the container body. The water pipeline is arranged inside the container body and does not contact with the discharge pipe, and two ends of the water pipeline are provided with body walls penetrating through the container body in sealing mode and at intervals. The radiator is convenient to install and small in occupied area, and can supply warm water for people in daily life when dissipating heat.

Description

A kind of for the warm water radiator

[technical field]

The utility model relates to the radiator field, especially relates to a kind of confession warm water radiator that daily warm water can also be provided in heat supply.

[background technology]

Known, existing heat distribution pipe network is to come distribute heat by the radiator that is installed on the indoor wall, and usually radiator is made as the relatively large laminated structure of area of dissipation, comes to indoor heating with this; Therefore yet existing radiator has taken the indoor useful space after being mounted to metope, with regard to the space of the corresponding article such as dwindled that the user sets the furniture; In addition, because in the season of using radiator, people need warm water to satisfy daily demand toward the contact meeting, and present radiator only can heat of liquid promotes indoor temperature in it by disseminating, therefore, people also need an other cover to provide the device of warm water could use in daily life warm water when using radiator, this just causes in actual applications, the user not only will vacate certain installing space for the device that warm water is provided, but also the corresponding living cost that increased.

[summary of the invention]

In order to overcome the deficiency in the background technology, the utility model provides a kind of warm water radiator that supplies, and described radiator is not only easy for installation, and it is little to take up room, and can also provide warm water to use in daily life to the user when disseminating heat.

For achieving the above object, the utility model adopts following technical scheme:

A kind of for the warm water radiator, described radiator comprises and holds the column shape container body of establishing water inlet in a bottom and delivery pipe and a water route; Described delivery pipe bottom is positioned at the outside, bottom of container body, and container body inside is stretched into by the bottom end seal of container body in the top of delivery pipe, and is provided with the gap between the inner top surface of the top mouth of pipe face of delivery pipe and container body; Described water route is fixed on container body inside, and does not contact with delivery pipe, and the spaced sealing in Inlet and outlet water two ends in water route runs through the body wall of container body.

Described for the warm water radiator, the described delivery pipe body that is positioned at container body inside is close to container body away from a side inwall of water inlet.

Described for the warm water radiator, described delivery pipe and container body inwall are made as integrative-structure.

Described for the warm water radiator, described delivery pipe top end face is connected with the inner top surface of container body, and establishes at least a floss hole in the tube wall top ends of delivery pipe.

Described for the warm water radiator, two ends, described water route correspondence is positioned at the homonymy of container body.

Described described water route one end is positioned at a side of container body for the warm water radiator, and the other end in water route is positioned at the opposite side of container body.

Described for the warm water radiator, described water route is a spirality pipeline.

Described for the warm water radiator, described container body is cylindrical structural.

Owing to adopt aforesaid technical scheme, the utlity model has following beneficial effect:

Described in the utility model not only simple in structure, easy for installation for the warm water radiator, and because it can be installed in indoor position, corner, thereby do not take the indoor useful space accordingly, namely can provide facility on the space for the user; In addition, described radiator has also utilized the energy of hot water in the container body body to heat running through its inner water route when disseminating heat, thereby utilize this water route to provide the warm water that uses in the daily life for the user of radiator, namely reached the purpose of effective reduction user living cost by multi-use.

[description of drawings]

Fig. 1 is schematic diagram of the present utility model;

Fig. 2 is another structural representation of the present utility model.

Among the figure: 1, container body; 2, water inlet; 3, delivery pipe; 4, floss hole; 5, water route.

[specific embodiment]

Can explain in more detail the utility model by the following examples, open the purpose of this utility model is intended to protect all changes and improvements in the utility model scope, and the utility model is not limited to the following examples;

1～2 is described for the warm water radiator by reference to the accompanying drawings, and described radiator comprises and holds the column shape container body 1 of establishing water inlet 2 in a bottom and delivery pipe 3 and a water route 5; For making described container body 1 be in best compressive resistance form, described container body 1 can be made as cylindrical structural; Described delivery pipe 3 bottoms are positioned at the outside, bottom of container body 1, container body 1 inside is stretched into by the bottom end seal of container body 1 in the top of delivery pipe 3, and be provided with the gap between the top mouth of pipe face of delivery pipe 3 and the inner top surface of container body 1, thereby utilize this gap that the hot water in the container body 1 can be flowed out by delivery pipe 3 naturally smoothly, simultaneously, the steam of also being convenient to accumulate in container body 1 inner cavity top can be derived by delivery pipe 3 under the effect of pressure, this has not only saved the troublesome operation that vent valve is installed in application, but also can utilize delivery pipe 3 when exhaust steam, to absorb the heat energy of steam, namely Effective Raise the heat utilization rate of described radiator;

Utilize described radiator that the purpose of life with warm water is provided for reaching, be installed with the water route 5 that does not contact with delivery pipe 3 in the inside of container body 1, the two ends in this water route 5, it is the body wall that spaced sealing runs through container body 1 between the water inlet end in water route 5 and the water side, namely effectively reduce impact between 5 two ends, water route by the interval between the two ends, thereby the low temperature of having avoided being positioned at the running water of water route 5 water inlet ends impacts to the temperature that is positioned at the warm water after 5 water sides, water route are heated; As required, when making described radiator, the two ends correspondence in water route 5 can be arranged on the same side of container body 1 body wall, or an end in water route 5 is arranged on a side of container body 1, the other end correspondence in water route 5 is arranged on the opposite side of container body 1; In actual applications, described water route 5 can be made as spiral pipeline, namely increase accordingly the outer surface in the water route 5 that is positioned at container body 1 inside, thereby effectively increase the temperature of the running water of 5 interior circulations in the water route;

In addition, for further reinforcing described delivery pipe 3, can make delivery pipe 3 bodys that are positioned at container body 1 inside be close to container body 1 away from a side inwall of water inlet 2, namely the inwall by container body 1 fixes delivery pipe 3; For further simplifying manufacturing process, delivery pipe 3 and container body 1 inwall can be made as integrative-structure; For again improving the firm degree of delivery pipe 3, the top end face of delivery pipe 3 and the inner top surface of container body 1 can be linked together, and establish at least a floss hole 4 in the tube wall top ends of delivery pipe 3, namely utilize the floss hole 4 of delivery pipe 3 tube wall top ends settings to come hot water in the discharging container body 1, thereby guarantee that the hot water in the container body can circulate.

When implementing confession warm water radiator described in the utility model, first described radiator firmly is installed in place, indoor corresponding corner, and the position, the corresponding corner of a side outer wall that delivery pipe 3 will be installed, again with the water inlet 2 of container body 1, the mouth of pipe of delivery pipe 3 bottoms and the water inlet end in water route 5 respectively with corresponding pipeline connection, when described radiator is connected hot water to indoor heating, be subjected to heat conducting function influence, hot water in the radiator container body 1 can heat the running water of water route 5 interior circulations, is the purpose of warm water thereby reached what make that 5 water sides, water route flow out; In actual applications, described radiator can be installed in the below, pond in kitchen, this has not only reached the purpose of warm water more easy to use when utilizing described radiator to indoor heating, but also can not take the indoor useful space.

Carefully do not state part in the above content for prior art, do not state so run business into particular one.

Claims (8)

1. radiator is warmed up at an angle, it is characterized in that: described radiator comprises and holds column shape container body (1) and a delivery pipe (3) and a water route (5) that water inlet (2) is established in a bottom; Described delivery pipe (3) bottom is positioned at the outside, bottom of container body (1), container body (1) inside is stretched into by the bottom end seal of container body (1) in the top of delivery pipe (3), and is provided with the gap between the inner top surface of the top mouth of pipe face of delivery pipe (3) and container body (1); Container body (1) inside is fixed in described water route (5), and does not contact with delivery pipe (3), and the spaced sealing in Inlet and outlet water two ends of water route (5) runs through the body wall of container body (1).

2. radiator is warmed up at angle according to claim 1, it is characterized in that: described inner delivery pipe (3) body of container body (1) that is positioned at is close to container body (1) away from a side inwall of water inlet (2).

3. radiator is warmed up at angle according to claim 1, it is characterized in that: described delivery pipe (3) is made as integrative-structure with container body (1) inwall.

4. according to claim 1, the warm radiator in 2 or 3 arbitrary described angles, it is characterized in that: described delivery pipe (3) top end face is connected with the inner top surface of container body (1), and establishes at least a floss hole (4) in the tube wall top ends of delivery pipe (3).

5. radiator is warmed up at angle according to claim 1, and it is characterized in that: two ends, described water route (5) correspondence is positioned at the homonymy of container body (1).

6. radiator is warmed up at angle according to claim 1, and it is characterized in that: described water route (5) one ends are positioned at a side of container body (1), and the other end of water route (5) is positioned at the opposite side of container body (1).

7. according to claim 1, the warm radiator in 5 or 6 arbitrary described angles, it is characterized in that: described water route (5) are spirality pipeline.

8. according to claim 1, the warm radiator in 2,3,5 or 6 arbitrary described angles, it is characterized in that: described container body (1) is cylindrical structural.

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