CN209322818U - A kind of novel energy-saving appliance - Google Patents

Abstract

The utility model provides a kind of novel energy-saving appliance, including shell, air inlet head, outlet head, helix tube, head of intaking, Water outlet, left support bar, the first support base, right support bar, the second support base, reinforcing bar, refuse collecting keeps the temperature nested structure, shielded frame structure is connected, Auxiliary support connection barrel structure and connecting flange, the air inlet head are welded on the lower left quarter of shell；The outlet head is welded on the upper right quarter of shell；The helix tube is fixed on the inside of shell, and is in the inside of refuse collecting heat preservation nested structure；The water inlet head is welded on the upper left quarter of shell, and downside and the upper end of helix tube are welded.The utility model has the following beneficial effects: keeping the temperature the setting of nested structure by refuse collecting; when in use, can be therewith by protecting connection-peg to play the role of protection, and avoid in a large amount of sundries contamination to shell; again meanwhile, it is capable to play the work of heat preservation by neonychium.

Description

A kind of novel energy-saving appliance

Technical field

The utility model belongs to energy-saving appliance technical field, more particularly to a kind of novel energy-saving appliance.

Background technique

It is required to be removed the solvent used extraction recycling with lixiviation process oil refining, by utilizing solvent and grease Boiling point it is different, first by flush distillation and double evaporation-cooling except have in degreasing containing a large amount of solvents, and used in the energy On generally steamed with secondary steam to one and do heat source, tail gas enters back into atmospheric condenser after energy-saving appliance traps heat exchange with condensate liquid, The prior art is that China Patent Publication No. is that technical solution used by a kind of efficient energy-saving device of CN201710201060.3 is: It is made of energy-saving appliance ontology, nozzle and partition, condensate liquid inlet pipe passes through energy-saving appliance bodies top middle position and is arranged, condensate liquid The bottom end of inlet pipe is provided with nozzle, and energy-saving appliance body bottom portion is provided with condensate outlet, and the lower part side of energy-saving appliance ontology is symmetrical It is provided with steam inlet and steam (vapor) outlet, is provided with partition in the energy-saving appliance ontology between steam inlet and steam (vapor) outlet.

But there is also do not have the function of playing heat preservation protection, do not have the function for playing sound insulation for existing energy-saving appliance Can and not have the problem of playing auxiliary lifting function.

Therefore, the novel energy-saving appliance of one kind is invented to be very necessary.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of novel energy-saving appliance, to solve existing energy conservation Device, which does not have, to be played the function of heat preservation protection, not to have the function of playing sound insulation and do not have and play asking for auxiliary lifting function Topic.

A kind of novel energy-saving appliance, including shell, air inlet head, outlet head, helix tube, head of intaking, Water outlet, left support Bar, the first support base, right support bar, the second support base, reinforcing bar, refuse collecting keep the temperature nested structure, connect shielded frame Structure, Auxiliary support connection barrel structure and connecting flange, the air inlet head are welded on the lower left quarter of shell；The outlet head It is welded on the upper right quarter of shell；The helix tube is fixed on the inside of shell, and is in the interior of refuse collecting heat preservation nested structure Side；The water inlet head is welded on the upper left quarter of shell, and downside and the upper end of helix tube are welded；The Water outlet passes through miscellaneous Object collects heat preservation nested structure, and is welded on the lower end of helix tube；The left support bar is welded on the downside of shell left surface, and The lower part of air inlet head is set；First support base is embedded in the lower end of left support bar；The right support bar welding In the lower right side of shell；Second support base is embedded in the lower surface of right support bar；The reinforcing bar is welded on Between left support bar and right support bar；The refuse collecting heat preservation nested structure is mounted on the lower end of shell；The connection is anti- Shield frame structure is mounted on the outer wall of shell；The Auxiliary support connection barrel structure is mounted on the top of helix tube；It is described Connecting flange be embedded in the outside of air inlet head and outlet head respectively；The refuse collecting heat preservation nested structure includes support base, Connection ring protects connection-peg, and connecting cavity, neonychium and connecting hole, the connection ring are welded on the upper surface of support base；It is described Protection connection-peg be respectively welded at the left and right sides of connection ring upper surface；The connecting cavity is provided with the interior of protection connection-peg Side；The neonychium is embedded on the inner wall of connecting cavity；The connecting hole is provided with protection connection-peg and neonychium respectively Inside.

Preferably, the connection shielded frame structure includes left connector sleeve, and the first via hole, right connector sleeve, second is auxiliary Hole is helped, chassis is socketed assembly hole, and third via hole and top plate, first via hole are provided with the lower left quarter of left connector sleeve； Second via hole is provided with the upper right quarter of right connector sleeve；The socket assembly hole is provided with the inside on chassis；It is described Third via hole be provided with the upper left quarter of top plate.

Preferably, the described Auxiliary support connection barrel structure includes mounting disc, adjustment barrel, fastening bolt, and hoisting rope is upper to embrace Hoop and lower anchor ear, the upside of the mounting disc bolt installation on the inner wall of the housing；The adjustment barrel is welded on mounting disc following table The intermediate position in face；The fastening bolt is threaded in the lower part of adjustment barrel front surface；The upper anchor ear, which is welded on, to be hung Fill the lower end of rope.

Preferably, it there are two protection connection-peg settings, and contacts with each other, the protection connection-peg is set as half Circle, the neonychium protected on connection-peg inner wall use asbestos layer.

Preferably, there are two connecting hole settings, the connecting hole is corresponding with air inlet head and outlet head respectively.

Preferably, the lower end of the bolt of the connection ring of the support base upper surface and shell connects.

Preferably, the left connector sleeve and right connector sleeve are respectively set to semicircle, while and being socketed in the outer of shell On wall, EPDM ethylene-propylene-diene monomer glue-line is respectively adopted in the left connector sleeve and right connector sleeve.

Preferably, it is plugged with air inlet head and outlet head respectively on the inside of first via hole and the second via hole

Preferably, the chassis and top plate correspond to each other, and bolt is mounted on left connector sleeve and right connector sleeve respectively Upper and lower two sides.

Preferably, the upside inside the adjustment barrel is welded with hoisting rope, while and being fixed by fastening bolt.

Preferably, the upper anchor ear and lower anchor ear are mutually bolted.

Compared with prior art, the utility model has the following beneficial effects:

1. in the utility model, there are two the protection connection-peg settings, and contacts with each other, the protection grafting Head is set as semicircle, and the neonychium on the protection connection-peg inner wall can be passed through therewith when in use using asbestos layer Protection connection-peg plays the role of protection, and avoids in a large amount of sundries contamination to shell, then meanwhile, it is capable to pass through neonychium Play the work of heat preservation.

2. in the utility model, there are two the connecting hole settings, the connecting hole respectively with air inlet head and outlet Head is corresponding, the work that can be more reasonably connected to, and is convenient for conveying steam.

3. in the utility model, the connection ring of the support base upper surface and the lower end of the bolt of shell are connected, Neng Goubian It is dismantled in making the refuse collecting keep the temperature nested structure, and then convenient for clearing up the helix tube and connecting cavity of enclosure interior, The problem of avoiding simultaneously and be inconvenient to be cleared up, and sundries is saved bit by bit excessively, and influencing heat transfer effect.

4. in the utility model, the left connector sleeve and right connector sleeve are respectively set to semicircle, while and being socketed in On the outer wall of shell, the left connector sleeve and right connector sleeve are respectively adopted EPDM ethylene-propylene-diene monomer glue-line and play when in use The function of isolation noise, and increase the effect of protection.

5. in the utility model, air inlet head being plugged on the inside of first via hole and the second via hole respectively and is gone out Gas head, the work that can more reasonably make the first via hole and the second via hole be installed, and be convenient for using.

6. in the utility model, the chassis and top plate are corresponded to each other, and bolt is mounted on left connector sleeve and the right side respectively The two sides up and down of connector sleeve, can play the work of sealing, and increase protection effect.

7. in the utility model, the upside inside the adjustment barrel is welded with hoisting rope, while and passing through fastening bolt It fixes, hoisting rope can be received into adjustment barrel therewith, and adjust the length of lower part, and then convenient for solid by fastening bolt It lives calmly, and easily carries out the work of auxiliary lifting in different length.

8. in the utility model, the upper anchor ear and lower anchor ear are mutually bolted, it is convenient for upper anchor ear and lower anchor ear Installation on the coil, and is convenient for playing the work of support.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the structural schematic diagram of the refuse collecting heat preservation nested structure of the utility model.

Fig. 3 is the structural schematic diagram of the connection shielded frame structure of the utility model.

Fig. 4 is the structural schematic diagram of the Auxiliary support connection barrel structure of the utility model.

In figure:

1, shell；2, air inlet head；3, outlet head；4, helix tube；5, water inlet head；6, Water outlet；7, left support bar；8, first Support base；9, right support bar；10, the second support base；11, reinforcing bar；12, refuse collecting keeps the temperature nested structure；121, it supports Seat；122, connection ring；123, connection-peg is protected；124, connecting cavity；125, neonychium；126, connecting hole；13, shielded frame is connected Structure；131, left connector sleeve；132, the first via hole；133, right connector sleeve；134, the second via hole；135, chassis；136, it covers Connect assembly hole；137, third via hole；138, top plate；14, Auxiliary support connects barrel structure；141, mounting disc；142, adjustment barrel； 143, fastening bolt；144, hoisting rope；145, upper anchor ear；146, lower anchor ear；15, connecting flange.

Specific embodiment

The utility model is described further below in conjunction with attached drawing:

Embodiment:

As shown in Figure 1 and Figure 2, a kind of novel energy-saving appliance, including shell 1, air inlet head 2, outlet head 3, helix tube 4, head 5 of intaking, Water outlet 6, left support bar 7, the first support base 8, right support bar 9, the second support base 10, reinforcing bar 11, Refuse collecting keeps the temperature nested structure 12, connects shielded frame structure 13, Auxiliary support connects barrel structure 14 and connecting flange 15, described Air inlet head 2 be welded on the lower left quarter of shell 1；The outlet head 3 is welded on the upper right quarter of shell 1；The helix tube 4 is solid It is scheduled on the inside of shell 1, and is in the inside of refuse collecting heat preservation nested structure 12；The water inlet head 5 is welded on a left side for shell 1 Top, and downside and the upper end of helix tube 4 are welded；The Water outlet 6 passes through refuse collecting and keeps the temperature nested structure 12, and is welded on The lower end of helix tube 4；The left support bar 7 is welded on the downside of 1 left surface of shell, and the lower part of air inlet head 2 is arranged in；Institute The first support base 8 stated is embedded in the lower end of left support bar 7；The right support bar 9 is welded on the lower right side of shell 1； Second support base 10 is embedded in the lower surface of right support bar 9；The reinforcing bar 11 is welded on left support bar 7 and the right side Between support rod 9；The refuse collecting heat preservation nested structure 12 is mounted on the lower end of shell 1；The connection shielded frame knot Structure 13 is mounted on the outer wall of shell 1；The Auxiliary support connection barrel structure 14 is mounted on the top of helix tube 4；Described Connecting flange 15 is embedded in the outside of air inlet head 2 and outlet head 3 respectively；The refuse collecting heat preservation nested structure 12 includes support Seat 121, connection ring 122 protect connection-peg 123, connecting cavity 124, neonychium 125 and connecting hole 126, the support base 121 The connection ring 122 of upper surface is connect with the lower end of the bolt of shell 1, can be torn open convenient for making the refuse collecting keep the temperature nested structure 12 Unload, so convenient for inside shell 1 helix tube 4 and connecting cavity 124 clear up, while avoiding and be inconvenient to be cleared up, And sundries is saved bit by bit excessively, and the problem of influence heat transfer effect；The connection ring 122 is welded on the upper surface of support base 121； The protection connection-peg 123 is respectively welded at the left and right sides of 122 upper surface of connection ring；The protection connection-peg 123 is set It there are two setting, and contacts with each other, the protection connection-peg 123 is set as semicircle, on 123 inner wall of protection connection-peg Neonychium 125 use asbestos layer, when in use, and can be avoided therewith by protecting connection-peg 123 play the role of protection In a large amount of sundries contamination to shell 1, then meanwhile, it is capable to the work of heat preservation is played by neonychium 125；The connecting cavity 124 are provided with the inside of protection connection-peg 123；The neonychium 125 is embedded on the inner wall of connecting cavity 124；The company Connect the inside that hole 126 is provided with protection connection-peg 123 and neonychium 125 respectively；There are two the settings of connecting hole 126, institute The connecting hole 126 stated is corresponding with air inlet head 2 and outlet head 3 respectively, the work that can be more reasonably connected to, and convenient for into Row conveying steam.

As shown in Fig. 3, in above-described embodiment, specifically, the connection shielded frame structure 13 includes left connector sleeve 131, the first via hole 132, right connector sleeve 133, the second via hole 134, chassis 135 is socketed assembly hole 136, third via hole 137 and top plate 138, the left connector sleeve 131 and right connector sleeve 133 are respectively set to semicircle, while and being socketed in shell 1 Outer wall on, EPDM ethylene-propylene-diene monomer glue-line is respectively adopted in the left connector sleeve 131 and right connector sleeve 133, when in use, rise The function of isolation noise has been arrived, and has increased the effect of protection；First via hole 132 is provided with left connector sleeve 131 Lower left quarter；First via hole 132 and 134 inside of the second via hole is plugged with air inlet head 2 and outlet head 3 respectively, can The work for more reasonably being installed the first via hole 132 and the second via hole 134, and be convenient for using；Described Second via hole 134 is provided with the upper right quarter of right connector sleeve 133；The chassis 135 and top plate 138 correspond to each other, and respectively Bolt is mounted on the two sides up and down of left connector sleeve 131 and right connector sleeve 133, can play the work of sealing, and increases protection Effect；The socket assembly hole 136 is provided with the inside on chassis 135；The third via hole 137 is provided with top plate 138 Upper left quarter.

As shown in Fig. 4, in above-described embodiment, specifically, the Auxiliary support connection barrel structure 14 includes mounting disc 141, adjustment barrel 142, fastening bolt 143, hoisting rope 144, upper anchor ear 145 and lower anchor ear 146,141 bolt of mounting disc It is mounted on the upside of 1 inner wall of shell；The adjustment barrel 142 is welded on the intermediate position of 141 lower surface of mounting disc；The tune Upside inside section cylinder 142 is welded with hoisting rope 144, while and pass through fastening bolt 143 and fix, can be therewith by hoisting rope 144 are received into adjustment barrel 142, and adjust the length of lower part, and then convenient for being fixed by fastening bolt 143, and convenient The work of auxiliary lifting is carried out in different length；The fastening bolt 143 is threaded under 142 front surface of adjustment barrel Portion；The upper anchor ear 145 is welded on the lower end of hoisting rope 144；The upper anchor ear 145 and the mutual bolt of lower anchor ear 146 connect It connects, convenient for upper anchor ear 145 and lower anchor ear 146 to be mounted on helix tube 4, and is convenient for playing the work of support.

Working principle

Working principle of the utility model is: when in use, first passing through into water head 5 and injecting cold water to helix tube 4, while therewith By air inlet head 2 to hot steam is injected in connecting cavity 124, the heat transfer of steam can be made into the water in helix tube 4 in this way, After completing transmitting, steam is flowed out by outlet head 3, and hot water then passes through Water outlet 6 and flows out, shell 1 and company when being worked Connect the heat and noise in chamber 124, can by neonychium 125, left connector sleeve 131, right connector sleeve 133 and top plate 138 come into Row completely cuts off and is protected, and at work, when needing the sundries on 124 inner wall of cleaning spiral pipe 4 and connecting cavity, loosens connection Then bolt on ring 122 pulls support base 121 and makes that connection-peg 123 is protected to separate with shell 1, can clear up connection in this way Sundries on chamber 124 and helix tube 4.

Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model It encloses.

Claims (10)

1. a kind of novel energy-saving appliance, which is characterized in that the novel energy-saving appliance, including shell (1), air inlet head (2), outlet head (3), helix tube (4) intake head (5), Water outlet (6), left support bar (7), the first support base (8), right support bar (9), the Two support bases (10), reinforcing bar (11), refuse collecting keep the temperature nested structure (12), connect shielded frame structure (13), auxiliary branch Support connection barrel structure (14) and connecting flange (15), the air inlet head (2) are welded on the lower left quarter of shell (1)；Described goes out Gas head (3) is welded on the upper right quarter of shell (1)；The helix tube (4) is fixed on the inside of shell (1), and is in sundries receipts The inside of collection heat preservation nested structure (12)；The water inlet head (5) is welded on the upper left quarter of shell (1), and downside and helix tube (4) Upper end welding；The Water outlet (6) passes through refuse collecting heat preservation nested structure (12), and is welded on the lower end of helix tube (4)； The left support bar (7) is welded on the downside of shell (1) left surface, and is arranged in the lower part of air inlet head (2)；Described first Support base (8) is embedded in the lower end of left support bar (7)；The right support bar (9) is welded on the lower right side of shell (1)； Second support base (10) is embedded in the lower surface of right support bar (9)；The reinforcing bar (11) is welded on left support Between bar (7) and right support bar (9)；Refuse collecting heat preservation nested structure (12) is mounted on the lower end of shell (1)；Described Connection shielded frame structure (13) is mounted on the outer wall of shell (1)；Auxiliary support connection barrel structure (14) is mounted on The top of helix tube (4)；The connecting flange (15) is embedded in the outside of air inlet head (2) and outlet head (3) respectively；Described Refuse collecting heat preservation nested structure (12) includes support base (121), and connection ring (122) is protected connection-peg (123), connecting cavity (124), neonychium (125) and connecting hole (126), the connection ring (122) are welded on the upper surface of support base (121)；Institute The protection connection-peg (123) stated is respectively welded at the left and right sides of connection ring (122) upper surface；The connecting cavity (124) is opened It is located at the inside of protection connection-peg (123)；The neonychium (125) is embedded on the inner wall of connecting cavity (124)；The company Connect the inside that hole (126) is provided with protection connection-peg (123) and neonychium (125) respectively.

2. novel energy-saving appliance as described in claim 1, which is characterized in that the connection shielded frame structure (13) includes Left connector sleeve (131), the first via hole (132), right connector sleeve (133), the second via hole (134), chassis (135), socket group It fills hole (136), third via hole (137) and top plate (138), first via hole (132) are provided with left connector sleeve (131) Lower left quarter；Second via hole (134) is provided with the upper right quarter of right connector sleeve (133)；The socket assembly hole (136) it is provided with the inside of chassis (135)；The third via hole (137) is provided with the upper left quarter of top plate (138).

3. novel energy-saving appliance as described in claim 1, which is characterized in that Auxiliary support connection barrel structure (14) packet It includes mounting disc (141), adjustment barrel (142), fastening bolt (143), hoisting rope (144), upper anchor ear (145) and lower anchor ear (146), Described mounting disc (141) bolt is mounted on the upside of shell (1) inner wall；The adjustment barrel (142) is welded on mounting disc (141) the intermediate position of lower surface；The fastening bolt (143) is threaded in the lower part of adjustment barrel (142) front surface；Institute The upper anchor ear (145) stated is welded on the lower end of hoisting rope (144).

4. novel energy-saving appliance as described in claim 1, which is characterized in that the protection connection-peg (123) is provided with two It is a, and contact with each other, the protection connection-peg (123) is set as semicircle, on described protection connection-peg (123) inner wall Neonychium (125) uses asbestos layer.

5. novel energy-saving appliance as described in claim 1, which is characterized in that there are two connecting hole (126) settings, institute The connecting hole (126) stated is corresponding with air inlet head (2) and outlet head (3) respectively.

6. novel energy-saving appliance as described in claim 1, which is characterized in that the connection of described support base (121) upper surface Ring (122) is connect with the lower end of the bolt of shell (1).

7. novel energy-saving appliance as claimed in claim 2, which is characterized in that the left connector sleeve (131) and right connector sleeve (133) it is respectively set to semicircle, while and being socketed on the outer wall of shell (1), the left connector sleeve (131) and right connection EPDM ethylene-propylene-diene monomer glue-line is respectively adopted in set (133).

8. novel energy-saving appliance as claimed in claim 2, which is characterized in that first via hole (132) and second auxiliary It helps on the inside of hole (134) and is plugged with air inlet head (2) and outlet head (3) respectively.

9. novel energy-saving appliance as claimed in claim 3, which is characterized in that the internal upside weldering of the adjustment barrel (142) It is connected to hoisting rope (144), while and being fixed by fastening bolt (143).

10. novel energy-saving appliance as claimed in claim 3, which is characterized in that the upper anchor ear (145) and lower anchor ear (146) it is mutually bolted.