CN207640158U

CN207640158U - A kind of natural force thermal-collecting energy-saving pot

Info

Publication number: CN207640158U
Application number: CN201720621255.9U
Authority: CN
Inventors: 邢依依; 邢伊琳; 邢小军
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-05-31
Filing date: 2017-05-31
Publication date: 2018-07-24
Anticipated expiration: 2027-05-31

Abstract

The utility model discloses a kind of natural force thermal-collecting energy-saving pots.The energy saving pot includes the energy saving pot ontology of both ends open hollow structure, and the sealing plate of energy saving pot body bottom portion supports the pedestal and handle of energy saving pot ontology；Sealing plate equipped with ignition tube, the energy saving pot body bottom portion in the energy saving pot ontology is equipped with venthole, and the infratubal port of igniting is corresponding with the venthole being arranged on sealing plate to be connected；The pedestal of the support energy saving pot ontology is the hollow structure of both ends open and side is equipped with opening.The natural force thermal-collecting energy-saving pot is simple in structure, at low cost, and the heat that can effectively generate burning assembles utilization, substantially increases the utilization rate of heat, reduces pollution of the waste material generated in combustion process to food materials, convenient, fast, efficient.

Description

A kind of natural force thermal-collecting energy-saving pot

Technical field

The utility model is related to heating utensils for kitchen use, and in particular to a kind of natural force thermal-collecting energy-saving pot.

Background technology

The most of stove pan bracket used at present is open, and is had between the burn cooking stove and pot that provide heat A distance and surrounding is blocked any, therefore during heating, the heat for generation of burning largely is spread around, and It causes thermal loss, the thermal efficiency to substantially reduce, while can also improve the temperature of ambient enviroment；And above-mentioned such pan bracket is out of office When outer work, it can not be used since cross-ventilation is too strong.In addition, when providing heat source using fuel gas buring, when soup in pot Gas-cooker knock down the flame can be flowed directly into when spilling or causes the blocking of gas outlet, and there are some potential safety problemss.

With the rapid development of economy, energy-saving and personal safety is gradually brought into schedule, therefore new energy-saving pot obtains Certain development, but most of energy saving pot existing at present, due to complicated, raw materials used and preparation process is of high cost, Or the factors such as preferable effect are not achieved and can not be widely used in daily life.

Invention content

To solve the above-mentioned problems, the utility model provides a kind of natural force thermal-collecting energy-saving pot, the natural force heat build-up section Energy Cooker structure is simple, at low cost, and the heat that can effectively generate burning assembles utilization, substantially increase the utilization of heat Rate, it is convenient, fast, efficient.

The utility model is achieved through the following technical solutions

A kind of natural force thermal-collecting energy-saving pot includes the energy saving pot ontology of both ends open hollow structure, energy saving pot body bottom portion Sealing plate, support energy saving pot ontology pedestal and handle；Ignition tube, the energy saving pot sheet are equipped in the energy saving pot ontology The sealing plate of body bottom is equipped with venthole, in the energy saving pot ontology lower port of ignition tube be arranged in energy saving pot body bottom portion Venthole correspondence on sealing plate is connected, and the upper port setting of ignition tube is on energy saving pot this body sidewall in the energy saving pot ontology At end margin, and communicated with ambient atmosphere；The pedestal of the support energy saving pot ontology is hollow structure and the side of both ends open Equipped with opening.

The natural force thermal-collecting energy-saving pot, distance of the ignition tube upper port apart from energy saving pot ontology top edge be 3 ~ 5cm。

The cross section of the natural force thermal-collecting energy-saving pot, the ignition tube is round, ellipse or polygon.

The natural force thermal-collecting energy-saving pot, the ignition tube are being saved along energy saving pot inner body wall with inversed l-shaped setting Can be in pot ontology, and to extend to energy saving pot sheet external for the upper port of ignition tube.

The natural force thermal-collecting energy-saving pot, the ignition tube are arranged with Z-shaped in energy saving pot ontology, and ignition tube It is external that upper port extends to energy saving pot sheet.

The natural force thermal-collecting energy-saving pot, the intrinsic ignition tube of energy saving pot are fixedly connected with energy saving pot ontology, The intrinsic ignition tube of energy saving pot is to be fixedly connected with the sealing plate of energy saving pot body bottom portion.

The natural force thermal-collecting energy-saving pot, the energy saving pot ontology and the base outer surface packet for supporting energy saving pot ontology It is wrapped with dismountable insulating layer.

The natural force thermal-collecting energy-saving pot, sealing plate and the energy saving pot ontology of the energy saving pot body bottom portion detachably connect It connects.

The pedestal of the natural force thermal-collecting energy-saving pot, the support energy saving pot ontology detachably connects with energy saving pot ontology It connects.

The natural force thermal-collecting energy-saving pot, it is described support energy saving pot ontology base side wall on offer ventilation hole, institute It states opening ventilation hole and is provided with corresponding cover board, the cover board is detachably connected with ventilation hole, is opened when needing to be passed through auxiliary air Ventilation hole using corresponding cover board closes ventilation hole when not needing.

The thermal-collecting energy-saving pot size dimension can be adjusted as needed, with the change of energy saving pot size, section The ventilation hole number being arranged on the pedestal of the intrinsic ignition tube number of energy pot and support energy saving pot ontology can be with change.

The handle can be a variety of different shapes.

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

（1）The utility model is simple in structure, and heat build-up effect is good, and a large amount of lost, generals of heat are prevented by the setting of pedestal Calory burning aggregation by branched ignition tube has reached better heat accumulation effect, substantially increases heat utilization ratio, when heating Between reduce nearly 50% therefore the consumption of the energy substantially reduced, there are apparent economic results in society；

（2）Pedestal described in the utility model has not only reached preferable windproof cumulative effect, and can effectively prevent firing Influence of the dust generated to ambient enviroment is burnt, while can also prevent the soup overflowed in food manufacturing process from blocking combustion gas and go out Mouth or knock down the flame；The ventilation hole of pedestal setting can achieve the effect that air secondary is passed through, and improve the same of heat utilization ratio When also fuel combustion can be made more thorough；

（3）Energy saving pot outer surface described in the utility model is equipped with dismountable insulating layer, therefore enduring in stew in soy sauce soup During system, energy consumption can be further decreased by the insulation effect of insulating layer, there is good heat insulation effect after completing； Cooling can be carried out to soup by removing insulating layer, greatly reduced in autumn and winter and added repeatedly during stew in soy sauce soup preserves The number of heat, reduces additional energy loss；

（4）The sealing plate of energy saving pot body bottom portion setting of the present invention, is detachably connected with energy saving pot ontology, The pedestal of support energy saving pot ontology is removably attachable to together with energy saving pot ontology；If therefore energy saving pot sheet in use When the pedestal of body bottom sealing plate or support energy saving pot ontology is by flame from damaging, direct dismounting and change, nothing needs to change entire meal Pot avoids the defect that damage at one just needs to change entire pot, greatly reduces use cost；

（5）The energy of thermal-collecting energy-saving pot described in the utility model is and windproof poly- either natural gas can also be match Energy, simple in structure, installation operation is simple and easy to do, at low cost, makes particularly convenient for businessman such as field man's use, outdoor fairgrounds With；

（6）Usually in large-scale dining room, restaurant etc., making quantity of food is big, and it is long to expend the time；Thermal-collecting energy-saving of the present invention The ignition tube of different number is arranged in the different sizes that can make as needed of pot, pedestal is correspondingly arranged the ventilation of different number Hole, i.e., while being heated to energy saving pot bottom, ignition tube also collect a large amount of heat to food heating in pot, contract significantly Short heating time had both improved energy utilization rate and also improves working efficiency；

（7）Operation is simple for the setting of entire energy saving pot described in the utility model, can be arranged as required to different big The energy saving pot of small size, has a wide range of application, and can either greatly prolong the service life of meal pot and can reach the effect of efficient energy-collecting again Fruit greatly reduces cost, has preferable economic results in society.

Description of the drawings

Fig. 1 is thermal-collecting energy-saving pot schematic diagram of the present invention；

Fig. 2 is one of thermal-collecting energy-saving pot longitudinal sectional drawing described in embodiment 1；

Fig. 3 is the two of thermal-collecting energy-saving pot longitudinal sectional drawing described in embodiment 1；

Fig. 4 is one of the thermal-collecting energy-saving pot longitudinal profile schematic diagram described in embodiment 2；

Fig. 5 is two of the thermal-collecting energy-saving pot longitudinal profile schematic diagram described in embodiment 2；

Fig. 6 is three of the thermal-collecting energy-saving pot longitudinal profile schematic diagram described in embodiment 2；

Fig. 7 is four of the thermal-collecting energy-saving pot longitudinal profile schematic diagram described in embodiment 2；

The meaning of symbolic indication is in figure：1 seals for the hollow energy saving pot ontology of both ends open, 2 for energy saving pot body bottom portion Plate, 3 ventholes being equipped with for bottom sealing plate, 4 be the pedestal for supporting energy saving pot ontology, and 5 be the openings that base side wall is equipped with, 6 ventilation hole to be arranged on base side wall, 7 be to be arranged in the intrinsic ignition tube of energy saving pot；701 be to be arranged in energy saving pot ontology Interior inversed l-shaped ignition tube, 702 is in the intrinsic ignition tube of energy saving pot, 8 are insulating layer with Z-shaped be arranged.

Specific implementation mode

The utility model is described in more details below by specific implementation mode, but is not limited to this The protection domain of utility model.

Embodiment 1

A kind of natural force thermal-collecting energy-saving pot, as shown in Figure 1 and Figure 2, the energy saving pot include the energy saving of both ends open hollow structure Pot ontology 1, the sealing plate 2 for the energy saving pot body bottom portion being detachably connected with energy saving pot ontology 1, support energy saving pot ontology 1 and with section It can the pot ontology pedestal 4 being detachably connected and the handle being arranged on energy saving pot ontology（The handle of the energy saving pot is in attached drawing In be not drawn into）；

It is equipped with circular ignition tube 701 in the energy saving pot ontology 1, is set on the sealing plate 2 of the energy saving pot body bottom portion There is venthole 3,701 lower port of ignition tube is corresponding with venthole 3 to be connected, and 701 upper port of ignition tube is arranged energy saving Distance on the side wall of pot ontology and apart from energy saving pot top edge is 3cm（I.e. ignition tube forms inverted L-shaped and is arranged energy saving In pot ontology）, and extend to energy saving pot and originally communicated in vitro with ambient atmosphere；Between the ignition tube 701 and energy saving pot ontology To be fixedly connected（Fixed form can be to be welded to connect, be threadedly coupled, being socketed connection etc.）, the ignition tube 701 and energy saving pot It is to be fixedly connected between the sealing plate of body bottom portion（Fixed form is that socket is connected, is threadedly coupled, being welded to connect）.

The pedestal 4 of the support energy saving pot ontology is the hollow structure of both ends open, detachably connects with energy saving pot ontology 1 It connects, side wall is equipped with opening 5, device or fuel for being put into or taking out the offer energy being placed in pedestal.

The energy saving pot wall outer surface is equipped with one layer of heat preservation layer 8, and insulating layer 8 is detachably to connect with energy saving pot outer surface It connects.

Embodiment 2

2 place same as Example 1 of embodiment is not repeated, the difference is that：The bottom of the support energy saving pot ontology Seat 4, other than the opening 5 that its side wall is equipped with, the other positions of its side wall be additionally provided with ventilation hole 6 and with ventilation hole pair The cover board answered, cover board are used to open or close ventilation hole 6, as shown in Figure 3.

Embodiment 3

3 place same as Example 1 of embodiment no longer repeats, the difference is that：As shown in Figures 4 and 5, circular to draw Fire tube 702 with it is Z-shaped be arranged in energy saving pot ontology, ignition tube 702 energy saving pot bottom inner surface in a manner of laterally or longitudinally Arrangement.

As shown in Figure 6, Figure 7, round ignition tube 702 is arranged with Z-shaped in energy saving pot ontology, and ignition tube 702 is in energy saving pot The inner surface of bottom is arranged in a manner of lateral, crossed longitudinally.

Embodiment 4

4 place same as Example 2 of embodiment no longer repeats, the difference is that：As shown in Figures 4 and 5, circular to draw Fire tube 702 with it is Z-shaped be arranged in energy saving pot ontology, ignition tube 702 energy saving pot bottom inner surface in a manner of laterally or longitudinally Arrangement.

The course of work of natural force energy saving pot described in the utility model is：When being heated to the food materials in pot using combustion gas When, combustion gas head is put into the pedestal of support energy saving pot ontology（Effectively prevent shadow of the extraneous wind-force for combustion flame Influence of the soup rung, while also preventing overflowing in pot for flame）, after lighting, envelope that flame passes through energy saving pot bottom Plate is to while food heating, part flame heat regulating is passed through in ignition tube by the venthole on sealing plate, passes through ignition tube in pot The heat of collection heats food materials in pot（Significant portion of calory burning effective Collection utilization has been subjected to）；When When food materials are more in pot, when combustion gas carries out burning or the larger quantity combusted of long period, then energy saving pot ontology is supported by opening Ventilation hole on pedestal is passed through air again keeps fuel gas buring more abundant, use cover board corresponding with ventilation hole when need not be passed through Cover ventilation hole；When using firewood as origin of heat.Firewood is directly put into the pedestal of support energy saving pot ontology It is interior（Reached effective collection heat, but can it is windproof, prevent the dust generated in combustion process from entering in food materials）, Therefore, the energy saving pot is very convenient for the personnel to work in the wild, very convenient for the businessman used in outdoor fairground.

The energy saving pot wall outer surface is equipped with dismountable insulating layer, therefore ripe in large-scale dining room, dining room, restaurant, stew in soy sauce During the uses such as food shop, insulating layer is disassembled i.e. when insulating layer being installed if the soup prepared needs to keep the temperature, needs cooling It can reach cooling effect（It is preserved when stew in soy sauce soup preserves thick gravy in autumn and winter without being heated, being greatly reduced repeatedly The additional consumption of heat utilizes）, convenient and efficient and delicious soup material can be prepared.

In addition, the sealing plate of the energy saving pot body bottom portion is to be detachably connected with energy saving pot ontology, support energy saving pot ontology Pedestal is also to be detachably connected with energy saving pot ontology, the intrinsic ignition tube of energy saving pot and energy saving pot ontology and energy saving pot ontology bottom Connection between seat is to be fixedly connected, and fixed form can be to be welded to connect, be threadedly coupled, being socketed connection etc..Work as ignition tube It is to be welded to connect between upper port and energy saving pot ontology（It can not dismantle）When, between ignition tube and energy saving pot ontology pedestal Connection is then to be threadedly coupled, be socketed dismountable connection types such as connection；When being between ignition tube upper port and energy saving pot ontology Connection when dismountable connection types such as socket, between ignition tube and energy saving pot ontology pedestal is then to be welded to connect；Or draw Connection type between fire tube upper port and energy saving pot ontology and between ignition tube and the pedestal of energy saving pot ontology is removable The connection unloaded（Will not use, between ignition tube upper port and energy saving pot ontology and ignition tube and energy saving pot ontology pedestal it Between be the non-removable connection types such as be welded to connect simultaneously）.The envelope of energy saving pot body bottom portion after long-time heating The pedestal of plate and support energy saving pot ontology will appear damage, then is replaced after directly dismantling the sealing plate of damage or pedestal New sealing plate or pedestal, it is simple, convenient, fast, complete pot need not be prepared again, and also further greatly reducing makes Use cost.

Claims

1. a kind of natural force thermal-collecting energy-saving pot, it is characterised in that：Including the hollow energy saving pot ontology of both ends open, energy saving pot ontology The sealing plate of bottom supports the pedestal and handle of energy saving pot ontology；Ignition tube is equipped in the energy saving pot ontology, it is described energy saving The sealing plate of pot body bottom portion is equipped with venthole, and the intrinsic infratubal port of igniting of the energy saving pot leads to what is be arranged on sealing plate Stomata correspondence is connected, the intrinsic ignition tube upper port setting of the energy saving pot on energy saving pot this body sidewall, and with the external world Air communicates；The pedestal of the support energy saving pot ontology is the hollow structure of both ends open and side wall is equipped with opening.

2. natural force thermal-collecting energy-saving pot according to claim 1, it is characterised in that：The ignition tube upper port is apart from energy saving The distance of pot ontology top edge is 3 ~ 5cm.

3. natural force thermal-collecting energy-saving pot according to claim 2, it is characterised in that：The cross section of the ignition tube is circle Shape, ellipse or polygon.

4. natural force thermal-collecting energy-saving pot according to claim 2, it is characterised in that：The ignition tube is along energy saving pot ontology Inner wall is arranged with inversed l-shaped in energy saving pot ontology, and to extend to energy saving pot sheet external for the upper port of ignition tube.

5. natural force thermal-collecting energy-saving pot according to claim 2, it is characterised in that：The ignition tube is existed with Z-shaped setting In energy saving pot ontology, and to extend to energy saving pot sheet external for the upper port of ignition tube.

6. according to claim 1 ~ 5 any one of them natural force thermal-collecting energy-saving pot, it is characterised in that：In the energy saving pot ontology Ignition tube be fixedly connected with energy saving pot ontology；The sealing plate of the intrinsic ignition tube of energy saving pot and energy saving pot body bottom portion is It is fixedly connected.

7. according to claim 1 ~ 5 any one of them natural force thermal-collecting energy-saving pot, it is characterised in that：The energy saving pot ontology And the base outer surface of support energy saving pot ontology is enclosed with dismountable insulating layer.

8. natural force thermal-collecting energy-saving pot according to claim 1, it is characterised in that：The sealing plate of the energy saving pot body bottom portion It is detachably connected with energy saving pot ontology.

9. natural force thermal-collecting energy-saving pot according to claim 1, it is characterised in that：The pedestal of the support energy saving pot ontology It is to be detachably connected with energy saving pot ontology.

10. natural force thermal-collecting energy-saving pot according to claim 1, it is characterised in that：The bottom of the support energy saving pot ontology Ventilation hole is offered on seat side wall, the opening ventilation hole is provided with corresponding cover board.