CN207461914U - Composite structure for the rotational structure of stove and its with heating source - Google Patents

Abstract

The utility model discloses a kind of rotational structure for stove and its composite structures with heating source, are related to food heating device, particularly cooking machine, are used to implement the purpose for the rotation for making the first container stove and the progress upper-lower position exchange of second container stove.The rotational structure for being used for stove includes mounting bracket, for connecting the shaft and shaft driving device that make that the stove formed rotation is snapped together by two open-top receptacle stoves；Shaft driving device includes the transmission mechanism of motor and motor；Motor and transmission mechanism are both secured on the mounting bracket；Shaft is sequentially connected with transmission mechanism；Shaft is located on the mounting bracket and is rotatablely connected with it.The utility model is suitable for the rotation of twin containers stove, realizes the purpose for the rotation for making the first container stove and the progress upper-lower position exchange of second container stove.

Description

Composite structure for the rotational structure of stove and its with heating source

Technical field

The utility model is related to food heating devices.

Background technology

Existing cooking machine mainly includes frying pan and switching mechanism or Dian Guo mechanisms, and combination of the frying pan for heating source and pot Body.In cooking, the food materials for cooking required are put into pot, frying pan is under the induced effect of switching mechanism or Dian Guo mechanisms later Realize " stir-frying " to food materials in pot.After cooking, artificial opening is needed, the dish in pot is contained into special container.

The present inventor proposes the frying pan that a kind of twin containers fasten, which is realized by rotating to vegetable in pot Frying.The twin containers frying pan is placed in matched twin containers stove.The stove, which is short of, matched makes the first container stove Body and second container stove carry out the rotating technique scheme of upper-lower position exchange.

Utility model content

The problem of the utility model is rotated for twin containers stove, it is proposed that a kind of rotational structure for stove and its with The composite structure of heating source is used to implement rotation that the first container stove and second container stove is made to carry out upper-lower position exchange Purpose.

The technical solution that the utility model is proposed with regard to above-mentioned technical problem is as follows：

A kind of rotational structure for stove including mounting bracket, makes to be fastened by two open-top receptacle stoves for connecting The shaft and shaft driving device of stove rotation formed together；Shaft driving device includes the biography of motor and motor Motivation structure；Motor and transmission mechanism are both secured on the mounting bracket；Shaft is sequentially connected with transmission mechanism；Shaft is located at institute It states on mounting bracket and is rotatablely connected with it.

Preferably：The mounting bracket is equipped with clutch shaft bearing, and the shaft is rotatablely connected by clutch shaft bearing and mounting bracket.

Preferably：The transmission mechanism includes drive pulley and driven pulley；

The drive pulley is connect with the motor drive, and the driven pulley is connect with the rotating shaft transmission, institute Drive pulley is stated to connect by belt transmission with the driven pulley.

Preferably：The transmission mechanism is chain wheel driving mechanism or is gear drive.

Preferably：The mounting bracket includes the first frame body；The motor is fixed on the first frame body；Capstan drive connects On the power output shaft of motor；Driven wheel is located at the top of driving wheel, and be sequentially connected the shaft.

Preferably：The mounting bracket includes pedestal and the first frame body and the second frame body on the pedestal, first Body and the second frame body are used to be erected support from stove both ends；The institute that rotational power is provided stove is provided on first frame body Shaft is stated, shaft is used for the first container stove being connected in two open-top receptacle stoves of stove；Second frame body is provided with Driven spindle, driven spindle are used for the first container stove being connected in two open-top receptacle stoves of stove, driven spindle It is rotatablely connected by bearing and the second frame body.

The utility model for the rotational structure of stove and the composite structure of heating source, including being previously used for stove Rotational structure, further comprises stove, and the stove is snapped together by two open-top receptacle stoves and formed；The shaft is fixed On the first container stove of stove.

Preferably, the stove includes：Hold for the first container stove for placing the first container pot and for placing second The second container stove of device pot；The opening of the first container stove and second container stove is combined to form the stove assembly of closure；

Fever source device is equipped on stove assembly；

The first container stove is linked together with second container stove by connector；

The wall of two opposite flanks of stove assembly is equipped with rotating shaft connecting structure.

Preferably：It is described fever source device be：Five kinds of heating rod, heat-generating disc, electromagnetic coil, PTC calandrias or resistance wire One kind in pyrotoxin.

Preferably：The two containers stove shape or volume are identical.It is equipped in two stove containers and its shape phase Two container pots of adaptation, two container pots are merged into a fit frying pan being made of upper lower pot body fastening.

The advantageous effect brought of technical solution that the utility model embodiment provides is：

The stove of the utility model is used to fix pot, and add the food materials in pot by the heating source in stove Heat, after stove fixes pot, the motor-driven rotatable shaft on mounting bracket rotates, and drive stove by shaft relative to mounting bracket Body is overturn, and realizes rotary movement, and then carry out " stir-frying " to the food in pot, the utility model is suitable for twin containers stove Rotation realizes the purpose for the rotation for making the first container stove and the progress upper-lower position exchange of second container stove.

Description of the drawings

It is required in being described below to embodiment in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing to be used is briefly described.

Fig. 1 is the rotational structure principle schematic that the utility model is used for stove；

Fig. 2 be the utility model for stove rotational structure under a kind of embodiment, the first container stove and mounting bracket Integrated structure schematic diagram；

Fig. 3 be the utility model stove with for stove rotational structure composite structure under a kind of embodiment, first Container stove and second container stove disassemblying structure schematic diagram；

Fig. 4 be the utility model stove with for stove rotational structure composite structure under a kind of embodiment, first Container stove and shaft integrated structure schematic diagram；

Fig. 5 be the utility model stove with for stove rotational structure composite structure under a kind of embodiment, first The structure diagram of stove shell and the second stove shell；

Fig. 6 is that the utility model stove and the cooking machine overall structure of the composite structure of the rotational structure for stove are illustrated Figure；

Fig. 7 is along P-P directional profile structure diagrams in Fig. 6；

Fig. 8 is the structure diagram of pot.

Identifier declaration in figure：

11st, mounting bracket；111st, clutch shaft bearing；112nd, second bearing；113rd, pedestal；114th, the first frame body；115th, the second frame Body；

12nd, the first Power Component；121st, transmission mechanism；1211st, the first axostylus axostyle；1212nd, drive pulley；1213rd, it is driven Belt pulley；122nd, the first power source；

13rd, stove；131st, the first container stove；1311st, the first connector；1312nd, positioning column；1313rd, rotational positioning part； 1314th, the first heating source；132nd, second container stove；1321st, the second connector；1322nd, the second heating source；1323rd, mounting groove； 133rd, the first stove shell；1331st, the first hollow-out parts；1332nd, the second hollow-out parts；134th, the second stove shell；135th, accommodating chamber；

14th, the second Power Component；141st, fixed seat；142nd, hinged axostylus axostyle；143rd, train of reduction gears；144th, the second power Source；

2nd, pot；21st, upper pan body；22nd, lower pot body.

Specific embodiment

It is new to this practicality below in conjunction with attached drawing to make the purpose of this utility model, technical solution and advantage clearer Type embodiment is described in further detail.

The rotational structure for stove of the utility model, including mounting bracket, for connecting by two open-top receptacle stoves Body snaps together the stove to be formed and makes the shaft and shaft driving device of stove rotation；Shaft driving device includes The transmission mechanism of motor and motor；Motor and transmission mechanism are both secured on mounting bracket；Shaft connects with transmission mechanism transmission It connects；Shaft is located on mounting bracket and is rotatablely connected with it.

The utility model for the rotational structure of stove and the composite structure of heating source, further comprise stove, stove Body is snapped together by two open-top receptacle stoves and is formed；Shaft is fixed on the first container stove of stove.

Referring to Fig. 1, the rotational structure principle schematic of stove is used for for the utility model.The utility model is for stove Rotational structure, including 11 and first Power Component 12 of mounting bracket, the first Power Component 12 includes what is overturn for driving stove 13 Transmission mechanism 121 and the first power source 122 for providing driving force to transmission mechanism 121, the first power source 122 are motor. In one embodiment, transmission mechanism 121 is pulley transmission structure.First power source 122 is fixed on mounting bracket 11, transmission Mechanism 121 is rotatably dispose on mounting bracket 11, and the first power source 122 is sequentially connected with transmission mechanism 121.

Stove 13 is used to place pot, and heat the food materials in pot by the heating source in stove 13.Work as stove After 13 fix pot, 122 drive transmission device 121 of the first power source on mounting bracket 11 is rotated relative to mounting bracket 11, And stove 13 is driven to overturn by transmission mechanism 121, realize rotary movement, and then " stir-frying " is carried out to the food in pot.Through peace 11 transmission mechanism 121 is shelved when stove 13 is driven to be overturn, is had to the transmission stabilization of the first power source 122 output power Effect, heavy burden ability is preferable, and simple in structure.

In the utility model, stove may include the first container stove and the second appearance that can be rotated relative to the first container stove Device stove, two container stoves have accommodating space.The first heating source is equipped in the first container stove, in second container stove Equipped with the second heating source.The first container stove and second container stove are respectively provided with channel-shaped body structure, and the channel-shaped body that the two has The notch of structure is oppositely arranged, to form the accommodating chamber for being fixed and heating to pot.

Referring to Fig. 2, for the utility model for stove rotational structure under a kind of embodiment, the first container stove and peace It shelves and the first Power Component integrated structure schematic diagram.Mounting bracket 11 is equipped with clutch shaft bearing, and clutch shaft bearing has opposite installation The first rotary inner ring and fix outer ring with mounting bracket 11 fixed first that frame 11 rotates, driving member is fixed on the first rotary inner ring On.

More specifically, mounting bracket 11 further comprises pedestal 113 and the first frame body 114 and second on pedestal 113 Frame body 115, stove are set between the first frame body 114 and the second frame body 115.First power source 122 and transmission mechanism are set on first On frame body 114, second bearing is equipped on the second frame body 115, second bearing has second turn rotated relative to the second frame body 115 It moves inner ring and fixes outer ring with the second frame body 115 fixed second.The first frame body 114 and the second frame body 115 is set to promote stove Smoothness of the body in rotation, and heavy burden ability is strong.

Herein, the first power source 122 is motor, and transmission mechanism includes the first axostylus axostyle, drive pulley 1212 and driven skin Belt wheel 1213, the first axostylus axostyle are shaft, and the first axostylus axostyle is used to connect with the first container stove 131 and be connected to the first rotary inner ring In, drive pulley 1212 is sheathed on the power output shaft of the first motor, and driven pulley 1213 is sheathed on the first axostylus axostyle, Drive pulley 1212 is connect with 1213 belt of driven pulley.

The first connector 1311 is further provided on the first container stove 131, for connecting fixation with the second Power Component Mounting part and rotational positioning part, wherein, the first connector 1311 is for connecting second container stove, in mounting part The positioning column 1312 for positioning the second Power Component is equipped with, rotational positioning part is located at and driving member (being herein the first axostylus axostyle) On the opposite the first container stove 131 in position, and rotational positioning part is connected in the second rotary inner ring.As a result, first holds The both ends of device stove 131 are rotatably arranged on respectively on the first frame body 114 and the second frame body 115.

In another embodiment, transmission mechanism includes drive sprocket and driven sprocket, and shaft is used to connect and wear with stove It is connected in the first rotary inner ring.Drive sprocket is sheathed on the power output shaft of the second motor, and driven sprocket is sheathed in shaft, Drive sprocket is connect with driven sprocket chain.

The stove of the utility model and the composite structure of the rotational structure for stove, including stove, stove and driver Structure is fixedly connected.

It is the utility model stove with the composite structure of the rotational structure for stove under a kind of embodiment referring to Fig. 3, The first container stove and second container stove disassemblying structure schematic diagram.Herein, stove holds including the first container stove 131 and second Device stove 132, two container stove shapes or volume are identical.First axostylus axostyle 1211 is connect with the first container stove 131.The first container Stove 131 and the body in the form of slot of second container stove 132, the notch of the two are oppositely arranged.The first container stove 131 is equipped with first Connector 1311 is equipped with positioning column 1312, in the first axostylus axostyle 1211 on the first container stove 131 of 1211 homonymy of the first axostylus axostyle The first container stove 131 of offside is equipped with rotational positioning part 1313, and rotational positioning part is driven spindle.Second container stove 132 set there are two the second connector 1321, the second heating source 1322 and the mounting groove 1323 for fixing the second heating source 1322, Herein.Second heating source 1322 is U-shaped heating tube.In addition, it is equipped on the first connector 1311 and the second connector 1321 Mutual corresponding hinge hole.

Herein, further, connection cylinder is equipped on the end of the first axostylus axostyle 1211, connection cylinder has by connecting pole Arc cylinder that the end of body is extended to 1211 direction of the first axostylus axostyle, from the end of connection cylinder to 1211 side of the first axostylus axostyle To the straight cylinder for being extended and being connect with arc cylinder, accordingly, axis hole is equipped at the wheel shaft position of drive pulley, Axis hole has arc hole wall matched with arc cylinder and the matched straight hole wall of straight cylinder.

It is the utility model stove with the composite structure of the rotational structure for stove under a kind of embodiment referring to Fig. 4, The first container stove and the second Power Component integrated structure schematic diagram.Second Power Component 14 is mounted on the first container stove 131 Mounting part position at, including fixed seat 141, hinged axostylus axostyle 142,143 and second power source 144 of train of reduction gears, It is equipped with and the matched location hole of aforementioned positioning column in fixed seat 141.Hinged axostylus axostyle 142 is connected to the first connector and second and connects In the hinge hole of fitting, and the body of rod of hinged axostylus axostyle 142 relatively rotates with the first connector and connects, is opposite with the second connector solid Fixed connection.Second power source 144 driving train of reduction gears 143 is driven and hinged axostylus axostyle 142 is driven to rotate, so that second holds Device stove can be rotated relative to the first container stove, realize automatic function off the pot.

It is the utility model stove with the composite structure of the rotational structure for stove under a kind of embodiment referring to Fig. 5, The structure diagram of first stove shell and the second stove shell.The first stove shell 133, second container stove are further provided with outside the first container stove It is further provided with the second stove shell 134 in vitro.First stove shell 133, the second stove shell 134 are used for corresponding the first container stove, the Two container stoves form cladding protection.The first hollow-out parts 1331 and the second hollow-out parts are further provided on the first stove shell 133 1332, the first hollow-out parts 1331 are corresponding with the position of aforementioned mounting part, the second hollow-out parts 1332 and aforementioned first axle The position of bar corresponds to.To provide the installation space of aforementioned fixed seat and the first container stove, second engraves first hollow-out parts 1331 Empty portion 1332 is providing the installation space of the first axostylus axostyle and the first container stove.

Referring to Fig. 6, integrally tied for the utility model stove and the cooking machine of the composite structure of the rotational structure for stove Structure schematic diagram.The pedestal 113 of mounting bracket 11 is equipped with opposite the first frame body 114 and the second frame body 115, and in the first frame body 114 and second are equipped with stove 13 between frame body 115.It is equipped with to enable stove 13 with respect to pedestal 113 on the first frame body 114 First Power Component 12 of overturning, and stove 13 has the first stove shell 133 and the second stove shell 134, and is additionally provided with second on it Power Component 14 so that the second container stove of stove 13 can be rotated relative to the first container stove.

It is P-P visual direction broken isometric structure diagrams in Fig. 6 referring to Fig. 7.In the first stove shell 133 and second of stove 13 In stove shell 134, the first container stove 131 is relatively fixed with the first stove shell 133 and connect, 132 and second stove shell of second container stove 134 are relatively fixed connection, and the first container stove 131 and second container stove 132 form the receiving for fixing and heating pot Chamber 135.The first container stove 131 is connect with the first axostylus axostyle 1211, and rotational positioning part is additionally provided in the first container stove 131 1313, accordingly, clutch shaft bearing 111 is equipped on the first frame body 114 of mounting bracket 11, the second axis is equipped on the second frame body 115 112 are held, so that the first container stove 131 is rotatablely connected with mounting bracket 11.First Power Component 12 is arranged on the first frame body On 114, the first power source 122 driving drive pulley 1212 of the first Power Component 12 drives driven skin by belt effect Belt wheel 1213 rotates, and since the first axostylus axostyle 1211 is connect with driven pulley 1213, therefore it drives first axostylus axostyle 1211 to rotate, into And so that entire stove 13 rotates, realize turn over function.

Herein, the through-hole that the output axostylus axostyle for the first power source is pierced by is further provided on the first frame body 114, positioned at the The heteropleural of one frame body 114 installation drive pulley 1212, driven pulley 1213, improves space availability ratio.

Further, the wheel face of drive pulley 1212 and driven pulley 1213 is equipped with multiple fins, to reduce skin With the risk skidded.

Referring to Fig. 8, pot 2 has the accommodating chamber for putting cooking food materials, including lower pot body 22, is covered on lower pot body 22 Upper pan body 21.

In conclusion when the utility model provides stove and the rotational structure concrete application for stove, the second power Component drives second container stove to be rotated relative to the first container stove, in opened condition.Later, material to be stir-fried and eaten is put into and cooked In body, then cover upper pan body and entire pot is put into the accommodating chamber that the first container stove and second container stove formed and Fixed, the food materials in the first heating source, the second heating source heating pot, at the same time, the first Power Component drives the first container Stove, second container stove and pot therein overturning, so as to fulfill " stir-frying " to food materials in pot.It is needing to take pot When, the second Power Component drives second container stove to be rotated relative to the first container stove.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of rotational structure for stove, it is characterised in that：Including mounting bracket, make for connecting by two open-top receptacle stoves Body snaps together the shaft and shaft driving device of the stove to be formed rotation；Shaft driving device includes motor and electricity The transmission mechanism of machine；Motor and transmission mechanism are both secured on the mounting bracket；Shaft is sequentially connected with transmission mechanism；Shaft It is located on the mounting bracket and is rotatablely connected with it.

2. it to be used for the rotational structure of stove according to claim 1, it is characterised in that：The mounting bracket is equipped with first axle It holds, the shaft is rotatablely connected by clutch shaft bearing and mounting bracket.

3. it to be used for the rotational structure of stove according to claim 2, it is characterised in that：The transmission mechanism includes drive pulley Wheel and driven pulley；

The drive pulley is connect with the motor drive, and the driven pulley is connect with the rotating shaft transmission, the master Dynamic belt pulley is connect with the driven pulley by belt transmission.

4. it to be used for the rotational structure of stove according to claim 1, it is characterised in that：The transmission mechanism is sprocket wheel driver Structure is gear drive.

5. it to be used for the rotational structure of stove according to claim 3, it is characterised in that：The mounting bracket includes the first frame body； The motor is fixed on the first frame body；Capstan drive is connected on the power output shaft of motor；Driven wheel is located at driving wheel Top, be sequentially connected the shaft.

6. the rotational structure according to claim 2 for stove, it is characterised in that：The mounting bracket includes pedestal and sets In the first frame body and the second frame body on the pedestal, the first frame body and the second frame body are used to be erected branch from stove both ends Support；The shaft that rotational power is provided stove is provided on first frame body, shaft is used to be connected to two openings of stove On the first container stove in container stove；Second frame body is provided with driven spindle, and driven spindle is used to be connected to the two of stove On the first container stove in a open-top receptacle stove, driven spindle is rotatablely connected by bearing and the second frame body.

It is 7. a kind of for the rotational structure of stove and the composite structure of heating source, it is characterised in that including such as claim 1 to 6 times The rotational structure of stove is used for described in one, further comprises stove, the stove is fastened on one by two open-top receptacle stoves It rises and is formed；The shaft is fixed on the first container stove of stove.

8. according to claim 7 for the rotational structure of stove and the composite structure of heating source, it is characterised in that the stove Body includes：Second container stove for the first container stove for placing the first container pot and for placing second container pot；The The opening of one container stove and second container stove is combined to form the stove assembly of closure；

Fever source device is equipped on stove assembly；

The first container stove is linked together with second container stove by connector；

The wall of two opposite flanks of stove assembly is equipped with rotating shaft connecting structure.

9. according to claim 8 for the rotational structure of stove and the composite structure of heating source, it is characterised in that：The hair Heat power supply device is：One kind in five kinds of heating rod, heat-generating disc, electromagnetic coil, PTC calandrias or resistance wire pyrotoxins.

10. according to claim 8 for the rotational structure of stove and the composite structure of heating source, it is characterised in that：It is described Two container stove shapes or volume are identical.