CN201661842U

CN201661842U - Carbon fiber liquefied gas residue exciter

Info

Publication number: CN201661842U
Application number: CN2010201408602U
Authority: CN
Inventors: 陈允瑞; 孙奎府
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-03-25
Filing date: 2010-03-25
Publication date: 2010-12-01
Anticipated expiration: 2020-03-25

Abstract

The utility model provides a carbon fiber liquefied gas residue exciter, which comprises a casing with an inner cavity, and a first sleeve provided with inner magnets. A carbon fiber heating wire is mounted inside the cavity, and two ends of the carbon fiber heating wire penetrates through the casing and are provided with plugs. The exciter can be mounted at the bottom of a liquefied gas tank to heat up the bottom of the liquefied gas tank and to sufficiently liquefy residue inside the liquefied gas tank, and thereby the residue is sufficiently utilized so as to avoid resource waste, save expenditure for users and eliminate safety hazards in refilling process. The carbon fiber liquefied gas residue exciter has the advantages of simple and compact structure, low manufacturing cost and simple use.

Description

Carbon fiber liquefied gas residue exciter

Technical field

The utility model relates to a kind of liquefied gas tank heating equipment, exactly is a kind of carbon fiber liquefied gas residue exciter.

Background technique

Usually the raffinate in the liquefied gas tank all can't utilize, and all is discharged when jar gas again, both causes economic loss to the user, caused the waste of the energy again, and, also make again in the process of jar gas to have potential safety hazard, therefore, people need a kind ofly can excite raffinate the device that utilizes again.

Summary of the invention

The purpose of this utility model provides a kind of carbon fiber liquefied gas residue exciter, and it can solve the problem that prior art exists, and it can fully gasify liquid fuel residual in the liquefied gas tank, thereby raffinate is fully utilized.

The utility model is achieved through the following technical solutions for achieving the above object: carbon fiber liquefied gas residue exciter, comprise housing, and be provided with cavity in the housing, the carbon fiber heating wire is installed in the cavity, the two ends of carbon fiber heating wire pass housing plug are installed outward; In first cover magnet is installed.

In order further to realize the purpose of this utility model, can also be by the following technical solutions: housing be a plate-like, and a side of housing is the cambered surface that caves inward, thereby forms groove.On the carbon fiber heating wire temp controller is installed, temp controller is connected and composed by temp controller housing, first contact, second contact and bimetallic strip, first contact and second contact are installed in the temp controller housing, first contact is connected with the carbon fiber heating wire respectively with second contact, on first contact bimetallic strip is installed, bimetallic strip contacts with second contact.Thermal insulation layer is set on the housing.Handle is installed on the housing, handle is connected and composed by support, axle, first draw ring and second draw ring, installation shaft on the support, first draw ring and second draw ring are installed on the axle, first cover is installed on first draw ring, second cover is installed on second draw ring, and first draw ring is rotatably assorted by first cover and axle, and second draw ring is rotatably assorted by second cover and axle.The periphery of axle is installed torsion spring, and an end of torsion spring is connected with first draw ring, and the other end of torsion spring is connected with second draw ring.

Advantage of the present utility model is: it can be installed on the bottom of liquefied gas tank, bottom heating to liquefied gas tank, raffinate in the liquefied gas tank is fully gasified, thereby raffinate is fully utilized, can avoid the wasting of resources, for the user reduces expenses, and can eliminate again potential safety hazard in the gas replenishment process.The utility model also has compactness simple for structure, advantage cheap for manufacturing cost and easy to use.

Description of drawings

Fig. 1 is the structural representation of carbon fiber liquefied gas residue exciter described in the utility model; Fig. 2 is that the A-A of Fig. 1 analyses and observe the structure for amplifying schematic representation; Fig. 3 is the local structure for amplifying schematic representation of the I of Fig. 1; Fig. 4 is that the B of Fig. 2 is to the structure for amplifying schematic representation.

Reference character: 12 13 first draw rings of 1 thermal insulation layer, 2 housings, 3 magnet, 4 temp controllers, 5 grooves, 6 carbon fiber heating wires, 7 plugs, 8 bimetallic strips, 9 temp controller housings, 10 handles, 11 supports, 14 second draw rings, 15 second rotating sleeves, 16 torsion springs, 17 first contacts, 18 second contacts, 19 first rotating sleeves, 20 first covers, 21 second covers, 22 cavitys.

Embodiment

Carbon fiber liquefied gas residue exciter described in the utility model, comprise housing 2, offer cavity 22 in the housing 2, carbon fiber heating wire 6 is installed in the cavity 22, for increasing heating area, improve heat exchange efficiency, carbon fiber heating wire 6 can be as shown in Figure 1, back and forth be arranged in the housing 2, the two ends of carbon fiber heating wire 6 pass the housing 2 outer plugs 7 of installing; The two ends of carbon fiber heating wire 6 also can be connected with plug 7 by lead, can also install switch additional on the described lead, are convenient to the user and control as required; For guaranteeing that described liquefied gas residue exciter can fixedly fit in the bottom of liquefied gas tank, make heat-conducting area reach maximum, so that the raffinate of heating fluid gasification pot bottom effectively, as shown in Figure 1, in the cavity 22 magnet 3 can be installed, the magnetic force of magnet 3 can be inhaled described liquefied gas residue exciter the bottom in liquefied gas tank.

During use, housing 2 is positioned over the bottom of liquefied gas tank, utilizes the suction housing 2 of magnet 3 to fixedly connected, plug 7 is connected with ABAP Adapter with liquefied gas tank, carbon fiber heating wire 6 electric heating.In the time of 6 heatings of carbon fiber heating wire, also can in liquefied gas tank, carry out far-infrared radiation, can heat the raffinate in the liquefied gas tank more efficiently, it is fully gasified, raffinate be played the effect that excites.

For the ease of described liquefied gas residue exciter being affixed on the bottom of liquefied gas tank, should reduce the volume and weight of housing 2 as far as possible, therefore, housing 2 is made plate-like; In order to be fitted closely in housing 2 and liquefied gas tank bottom, increase heat exchange area, as shown in Figure 2, can with a lateral layout of housing 2 cambered surface that caves inward, the shape of this arc shape and liquefied gas tank bottom matches, thereby forms groove 5.During installation, the bottom of liquefied gas tank is positioned at groove 5.

For preventing that overheated situation from taking place, cause the accident, as shown in figures 1 and 3, on the carbon fiber heating wire 6 temp controller 4 can be installed, temp controller 4 is connected and composed by temp controller housing 9, first contact 17, second contact 18 and bimetallic strip 8, and installation first contact 17 and second contact, 18, the first contacts 17 are connected with carbon fiber heating wire 6 respectively with second contact 18 in the temp controller housing 9, bimetallic strip 8 is installed on first contact 17, and bimetallic strip 8 contacts with second contact 18.During concrete the installation, can earlier carbon fiber heating wire 6 be blocked, two point of cut-offs with carbon fiber heating wire 6 are connected with second contact 18 with first contact 17 respectively again.The end that 6, two carbon fiber heating wires 6 of two carbon fiber heating wires also can be installed in housing 2 is connected with second contact 18 with first contact 17 respectively, and two carbon fiber heating wires 6 pass outside the temp controller housing 9.Described bimetallic strip 8 is that the tinsel by two kinds of materials connects side by side and makes the expanded by heating coefficient difference of described two metal sheets; In use when temperature surpasses setting value; bimetallic strip 8 produces enough big bending because of the difference of two metal sheets expansion amplitude, thereby breaks away from second contact 18, and the power circuit that is about to carbon fiber heating wire 6 disconnects; stop heating, to play the effect of overtemperature protection.

For preventing that heat runs off, and as depicted in figs. 1 and 2, is provided with thermal insulation layer 1 on the housing 2.As shown in Figure 2, thermal insulation layer 1 and groove 5 lay respectively at the both sides of housing 2.

After heating finishes, for the ease of the user with housing 2 by taking off on the liquefied gas tank, as Fig. 2 and shown in Figure 4, handle 10 can be installed on housing 2, handle 10 is connected and composed by support 11, axle 12, first draw ring 13 and second draw ring 14, support 11 is connected with housing 2, installation shaft 12 on the support 11, first draw ring 13 and second draw ring 14 are installed on the axle 12, first cover 20 is installed on first draw ring 13, second cover, 21, the first draw rings 13 are installed on second draw ring 14 are rotatably assorted by first cover 20 and axle 12, second draw ring 14 is rotatably assorted by second cover 21 and axle 12.Need housing 2 can hold first draw ring 13 and second draw ring 14 by one hand when taking off on the liquefied gas tank, firmly housing 2 is taken off.Take for the convenience of the user and hold, can install on first draw ring 13 and second rotating sleeve, 15, the second rotating sleeves 15 can be installed on first rotating sleeve, 19, the second draw rings 14 can rotate with respect to 14, first rotating sleeve 19 can rotate with respect to 13.

Sagging when housing 2 is inhaled in the liquefied gas tank bottom in order to prevent first draw ring 13 and second draw ring 14, influence normal upright placement of liquefied gas tank, as shown in Figure 4, the periphery of axle 12 is installed torsion spring 16, one end of torsion spring 16 is connected with first draw ring 13, and the other end of torsion spring 16 is connected with second draw ring 14.Torsion spring 16 can make first draw ring 13 and second draw ring 14 be close to the surface of housing 2 to first draw ring 13 and second draw ring, 14 application of forces.When the user need utilize first draw ring 13 and second draw ring 14 to take off housing 2, the elastic force that needs earlier to overcome torsion spring 16 with hand rotate first draw ring 13 and second draw ring 14, held first draw ring 13 again and second draw ring 14 takes off housing 2.Two draw rings can increase the area of contact with hand, are convenient to the user firmly.

The utility model not technology contents of detailed description is known technology.

Claims

1. carbon fiber liquefied gas residue exciter is characterized in that: comprise housing (2), be provided with cavity (22) in the housing (2), carbon fiber heating wire (6) is installed in the cavity (22), the two ends of carbon fiber heating wire (6) pass the outer plug (7) of installing of housing (2); In first cover (20) magnet (3) is installed.

2. carbon fiber liquefied gas residue exciter according to claim 1 is characterized in that: housing (2) is a plate-like, and a side of housing (2) is the cambered surface that caves inward, thereby forms groove (5).

3. carbon fiber liquefied gas residue exciter according to claim 1, it is characterized in that: carbon fiber heating wire (6) is gone up temp controller (4) is installed, temp controller (4) is connected and composed by temp controller housing (9), first contact (17), second contact (18) and bimetallic strip (8), first contact (17) and second contact (18) are installed in the temp controller housing (9), first contact (17) is connected with carbon fiber heating wire (6) respectively with second contact (18), first contact (17) is gone up bimetallic strip (8) is installed, and bimetallic strip (8) contacts with second contact (18).

4. carbon fiber liquefied gas residue exciter according to claim 1 is characterized in that: thermal insulation layer (1) is set on the housing (2).

5. carbon fiber liquefied gas residue exciter according to claim 1, it is characterized in that: housing (2) is gone up handle (10) is installed, handle (10) is by support (11), axle (12), first draw ring (13) and second draw ring (14) connect and compose, support (11) is gone up installation shaft (12), axle (12) is gone up first draw ring (13) and second draw ring (14) is installed, first draw ring (13) is gone up first cover (20) is installed, second draw ring (14) is gone up second cover (21) is installed, first draw ring (13) is rotatably assorted by first cover (20) and axle (12), and second draw ring (14) is rotatably assorted by second cover (21) and axle (12).

6. carbon fiber liquefied gas residue exciter according to claim 5 is characterized in that: the periphery of axle (12) is installed torsion spring (16), and an end of torsion spring (16) is connected with first draw ring (13), and the other end of torsion spring (16) is connected with second draw ring (14).