CN203693261U - Heating cooker - Google Patents

Abstract

The utility model provides a heating cooker capable of heating heated objects uniformly. The heating cooker comprises a box body, a container (150) contained inside the box body and used for containing the heated objects, and a hot air injection mechanism. The hot air injection mechanism comprises a nozzle (160) injecting hot air into the container (150). The nozzle (160) injects the hot air in a radial mode from the center side in the container (150) to the end portion in the radial direction of the container (150).

Description

Heating device

Technical field

The utility model relates to heating device, particularly by brush the heating device that hot blast heats to heating object.

Background technology

As the prior art document disclosing by brush the heating device that hot blast heats to heating object, there are International Publication No. 2012/032449 (patent documentation 1) and No. 7993694th, United States Patent (USP) (patent documentation 2).

In the heating device described in patent documentation 1, the hot blast that utilizes fan circulation is brushed heating object is heated from the heating object in lower direction container.In the heating device described in patent documentation 2, heating object is stirred with being configured in blade in container in limit, and heat heating object from brushing hot blast in upper direction container on limit.

Prior art document

Patent documentation 1: No. 2012/032449th, International Publication

Patent documentation 2: No. 7993694th, United States Patent (USP)

When from above or below when brushing hot blast and heat to heating object, owing to being that heat successively top or bottom from heating object, so be difficult to heating object to heat equably.

Utility model content

In view of the above problems, the purpose of this utility model is to provide a kind of heating device that can heat equably heating object.

Heating device of the present utility model comprises: casing; Container, is accommodated in described casing, for accommodating heating object; And hot blast emitting mechanism, comprising to the nozzle that brushes hot blast in described container, described nozzle is upwards radial ejection hot blast from the central side in described container to end side in the footpath of described container.

In a mode of the present utility model, described container is accommodated in described casing with the state of the relative vertical direction inclination of its central shaft predetermined angular, described heating device also possesses driving mechanism, and described driving mechanism rotates described container centered by described central shaft.

In a mode of the present utility model, described casing has switch gate, and described nozzle extends in described container from described switch gate.

In a mode of the present utility model, described nozzle is along with attenuating towards its front.

In a mode of the present utility model, described nozzle has agitator, described agitator is used at heating object described in described container for stirring, described heating device also possesses driving mechanism, described driving mechanism rotates described nozzle, and then makes the circumferential rotation of described agitator at described container.

Can heat equably heating object according to the utility model.

Brief description of the drawings

Fig. 1 is the skiagraph that represents the structure of the heating device of embodiment 1 of the present utility model.

Fig. 2 is the cross-sectional view that represents the structure of the heating device of same embodiment.

Fig. 3 is the cross-sectional view that represents in the heating device of same embodiment, opens switch gate and take out the state of container.

Fig. 4 is the skiagraph that represents the main part of casing in the heating device of same embodiment.

Fig. 5 is illustrated in limit in the heating device of same embodiment to make container swing the figure of state heating object being heated limit.

Fig. 6 is illustrated in limit in the heating device of same embodiment to make container rotate in one direction the figure of state heating object being heated limit.

Fig. 7 is the chart that represents to verify routine result.

Fig. 8 is the skiagraph that represents the structure of the heating device of the utility model embodiment 2.

Fig. 9 is the cross-sectional view that represents in the heating device of same embodiment, opens switch gate and take out the state of container.

Figure 10 is the skiagraph that represents the main part of casing in the heating device of same embodiment.

Figure 11 is the skiagraph that represents the angle of inclination of container to be made as the state of 5 °.

Figure 12 represents the angle of inclination of container to be made as 95 ° and open the skiagraph of the state of switch gate.

Figure 13 is the skiagraph that represents the structure of the heating device of embodiment 3 of the present utility model.

Figure 14 is the skiagraph that represents the structure of the heating device of embodiment 4 of the present utility model.

Figure 15 is the skiagraph that represents the structure of the heating device of embodiment 5 of the present utility model.

Figure 16 is the skiagraph that represents the structure of the heating device of embodiment 6 of the present utility model.

Figure 17 is the skiagraph that represents the structure of the heating device of embodiment 7 of the present utility model.

Figure 18 is the stereogram that represents the structure in the container of heating device of same embodiment.

Description of reference numerals

90 heating objects, 100, 200, 300, 400, 500, 600, 700 heating devices, 110, 210, 310, 410, 510, 610, 710 main parts, 112, 212, 312 extraneous air air entries, 113, 213, 313 exhaust outlets, 120, 220, 320, 420, 520, 620, 720 switch gates, 121, 221, 321 handles, 122, 222, 322 interior conduits, 140, 240, 340, 440, 540, 640, 740 heating clambers, 141, 163, 241, 263, 341, 363, 463, 563, 663, 763 air entries, 150, 250, 350, 450, 550, 650, 750 containers, 151, 251, 351, 451, 551 connecting portions, 152, 252 protrusion tabs, 160, 260, 360, 460, 560, 660, 760 nozzles, 161, 261, 361, 461, 561, 661, 761 hot blast ejiction openings, 162, 262, 362 water backs, 169, 269, 369 aspirating air pipes, 170, 232, 270, 370, 470, 570, 670, 770 motors, 171, 371 cams, 172, 372 sense switches, 180, 280, 380, 483, 583, 683, 783 fan electromotors, 181, 281, 381, 484, 584, 684, 784 fans, 190, 191, 290, 291, 390, 391, 490, 590, 690, 790 heaters, 230 pedestals, 230a wrist, 231 axles, 236 bearings, 453, 653, 753 hole portions, 464 blow vents, 768 agitators, 768a base portion, the 768b portion of getting that holds with both hands with both hands, 768c disengaging portion

Detailed description of the invention

Below, with reference to accompanying drawing, the heating device of embodiment 1 of the present utility model is described.In the explanation of following embodiment, the identical or suitable part in figure is marked identical Reference numeral and omits its repeat specification.

(embodiment 1)

Fig. 1 is the skiagraph that represents the structure of the heating device of embodiment 1 of the present utility model.Fig. 2 is the cross-sectional view that represents the structure of the heating device of present embodiment.Fig. 3 is the cross-sectional view that represents in the heating device of present embodiment, opens switch gate and take out the state of container.Fig. 4 is the skiagraph that represents the main part of casing in the heating device of present embodiment.

As shown in Fig. 1～4, the heating device 100 of embodiment 1 of the present utility model comprises: casing; Container 150, is accommodated in casing with the state of the relative vertical direction inclination of central shaft predetermined angular, for accommodating heating object; Hot blast emitting mechanism, comprises to the nozzle 160 that brushes hot blast in container 150; And driving mechanism, container 150 is rotated centered by above-mentioned central shaft.

Casing comprises roughly rectangular-shaped main part 110, and the switch gate 120 being connected with main part 110.Switch gate 120 is arranged on the oblique upper of main part 110.The right-hand member of switch gate 120 is provided with handle 121.

Bottom in the side of the main part 110 of casing is formed with the extraneous air air entry 112 being made up of multiple holes.As shown in Figure 4, be formed with exhaust outlet 113 on the top of the main part 110 of casing.Exhaust outlet 113 is connected with the top of water back 162.

In the main part 110 of casing, be provided with heating clamber 140.Heating clamber 140 has the opening by switch gate 120 switches.In addition, be formed with air entry 141 in the bottom of heating clamber 140.

In the main part 110 of casing and in the outside of heating clamber 140, be formed with space.Described space is connected with extraneous air air entry 112 and air entry 141.

In heating clamber 140, dispose container 150.The upper end of container 150 has opening.Be configured in the container 150 in heating clamber 140, the relative vertical direction inclination of its central shaft predetermined angular.In the present embodiment, the relative vertical direction of the central shaft of container 150 tilts approximately 45 °.But afore mentioned rules angle is not limited to this, can be for example 45 ° above below 60 °.

Particularly, the relative vertical direction inclination of the central shaft of heating clamber 140 predetermined angular.Container 150 is supported and can be rotated by not shown multiple rollers, and described multiple rollers are arranged between the perisporium of container 150 and the inwall of heating clamber 140.Its result, the relative vertical direction of central shaft of container 150 tilts with predetermined angular.The opening that is configured in the container 150 in heating clamber 140 and switch gate 120 leave the interval of regulation and relative.

As shown in Figure 4, on the inwall of container 150, be provided with the interior side-prominent flat protrusion tab 152 to container 150.In the present embodiment, on the inwall of container 150, be provided with evenly and at intervals three protrusion tabs 152 with 120 °.

Described protrusion tab 152 plays the effect of the agitating plate that stirs heating object.But, in the time that the rotary speed of container 150 is larger etc., even when protrusion tab 152 is not set also can stirs heating object, or while not needing to stir heating object, protrusion tab 152 also can be set.And protrusion tab 152 also can be mounted to can dismounting with respect to container 150.

As shown in Figure 1, be provided with the connecting portion 151 being connected with the driving shaft of motor 170 described later in the bottom of container 150.Container 150 and connecting portion 151 can be integrally formed, after also can forming separately, are connected to each other.

Be provided with hot blast emitting mechanism in the inside of casing.Hot blast emitting mechanism comprises: for making the wind path of hot air circulation; Be arranged on the fan 181 on wind path; The fan electromotor 180 of drive fan 181; The heater 190 that air in wind path is heated; And the nozzle 160 of the emission direction of decision hot blast.

As shown in Figure 2,3, in casing, dispose and form aspirating air pipe 169, the water back 162 being connected with aspirating air pipe 169 of wind path and be connected and be positioned at the door interior conduit 122 of switch gate 120 with water back 162.

One end of aspirating air pipe 169 has the air entry 163 on the inwall that is positioned at heating clamber 140.Another distolateral connection distolateral and water back 162 of aspirating air pipe 169.

A distolateral fan 181 that is provided with in water back 162.Another distolateral heater 190 that is provided with in water back 162.Another of water back 162 is distolateral with can the mode of dismounting and distolateral a connection of door interior conduit 122.

The other end of door interior conduit 122 is connected with nozzle 160.Nozzle 160 is outstanding from switch gate 120, and under the state of closing at switch gate 120, nozzle 160 is to the interior extension of container 150.As shown in Figure 1, 2, nozzle 160 is positioned on the central shaft of container 150 of inclination.In addition, nozzle 160 is along with attenuating towards its front.

The perisporium of nozzle 160 is provided with multiple hot blast ejiction openings 161.In the present embodiment, multiple hot blast ejiction openings 161 with regulation be arranged on evenly and at intervals, in axial direction of nozzle 160 with specify spaced multiple circumference on.

As shown in Figure 1, 2, by the multiple hot blast ejiction openings 161 of configuration like this, can be in the footpath of container 150 upwards the central side in calm device 150 to end side, be radial ejection hot blast from nozzle 160.

As shown in Figure 1, 2, under the state of closing at switch gate 120, owing to there being the interval of regulation between switch gate 120 and the opening of container 150, thus be clipped in the space between inwall and the container 150 of heating clamber 140, with the internal communication of container 150.

In addition, be clipped in the space between inwall and the container 150 of heating clamber 140, be connected with air entry 163., the hot blast ejiction opening 161 of nozzle 160 and air entry 163 are by being clipped in space between inwall and the container 150 of heating clamber 140 and the internal communication of container 150.Thus, in casing, form the wind path that can make hot air circulation.

In the present embodiment, the output of the output of fan 181 and heater 190 all can change.So hot blast emitting mechanism can change the temperature of the hot blast brushing and the flow of hot blast.But hot blast emitting mechanism is not limited to this, as long as at least can change the temperature of hot blast.The temperature of the hot blast brushing is for example more than 40 DEG C below 230 DEG C.

In addition, be provided with driving mechanism in the inside of casing.The driving mechanism of present embodiment rotates container 150.Driving mechanism comprises: motor 170; The cam 171 engaging with the driving shaft of motor 170; And be connected with cam 171 and the sense switch 172 of the position of rotation of inspection instrument 150.

Make driving shaft rotation by the driving of motor 170, and by the connecting portion 151 being connected with described driving shaft, container 150 is rotated centered by its central shaft.Sense switch 172 from the position of the cam 171 of the driving shaft linkage action of motor 170, the position of rotation of inspection instrument 150.

In the present embodiment, the direction of rotation of motor 170, rotary speed and the anglec of rotation all can change.So driving mechanism can rotate container 150 in the mode that changes direction of rotation, rotary speed and the anglec of rotation.

Particularly, driving mechanism is electrically connected with not shown control part, and described control part is connected with sense switch 172 and the driving of motor 170 is controlled.But driving mechanism is not limited to this, if can change in direction of rotation, rotary speed and the anglec of rotation at least one, make container rotate.The rotary speed of container 150, for example, below the above 20rpm of 2rpm.

In the present embodiment, also possess heating arrangements in the casing of heating device 100, the bottom that described heating arrangements approaches container 150 arranges, and container 150 is heated.Particularly, in heating clamber 140, the arranged spaced that separates regulation with the bottom of container 150 has the heater 191 as heating arrangements.Heater 191 utilizes radiant heat to heat the bottom of container 150.In addition, the structure of heating arrangements is not limited to this, as long as approach all sidepieces of container 150 and at least a portion of bottom and can heat container 150.And the nonessential heating arrangements that arranges.

Below, the action of heating device 100 is described.

First, in the time frying the cooking, the heating object of surface being smeared in advance or is coated with edible oil is placed in container 150, in the time being dried the cooking, the heating object of moisture content is placed directly in container 150.

As shown in Figure 3, open switch gate 120, the container 150 that contains heating object is configured in heating clamber 140.Now, connecting portion 151 is connected with the driving shaft of motor 170.Then, drive driving mechanism.Particularly, drive motors 170 rotates container 150 centered by its central shaft.

Subsequently, make the running of hot blast emitting mechanism.Particularly, fan motor 180 turns round fan 181.By the running of fan 181, start in water back 162 from another the distolateral air-supply of one end side direction.

After air-supply starts, the air in the space sucking between inwall and the container 150 that is clipped in heating clamber 140 from the air entry 163 of aspirating air pipe 169.The air being inhaled in aspirating air pipe 169 passes through in water back 162.Now, be heated as high temperature by the air of heater 190.The air that becomes high temperature passes through, after door interior conduit 122, as shown in the arrow 1 in Fig. 1,2, to spray as hot blast from the hot blast ejiction opening 161 of nozzle 160.

The hot blast brushing in from nozzle 160 to container 150, limit in the footpath of container 150 upwards the central side in calm device 150 flow with radial to end side, limit contacts with heating object, thereby heating object is heated.

The heating object of edible oil is smeared or is coated with on surface, is cooked by frying by the heating of hot blast.The heating object that contains moisture, its moisture is by the cooking that is dried of the heating evaporation of hot blast.In addition, the frying cooking in present embodiment, different from the generality frying cooking of in oil, heating object being heated, refer under a small amount of oily state of the surface attachment of heating object and carry out cooking.But, be also included within as fried chicken etc. and can utilize in the situation of the food materials that the oil of food materials self cooks, completely attaching oil and heating object is carried out to the situation of cooking not.

Hot blast after heating object is heated, flows along the inwall of container 150, flows out in the space between inwall and the container 150 that is clipped in heating clamber 140 from the gap between switch gate 120 and the opening of container 150.

Flow out to the hot blast in the space between inwall and the container 150 that is clipped in heating clamber 140, comprise the moisture from heating object evaporation when heating object is heated.The air of the high humidity that comprises a large amount of described moisture, after mixing, is inhaled into and again flow in water back 162 from air entry 163 with the extraneous air entering by extraneous air air entry 112 and air entry 141 as shown in arrow 2.

Flow into a part for the air in water back 162, be sent to the outside that is discharged to heating device 100 after exhaust outlet 113.Particularly, because the air of high humidity is positioned at top in water back 162, so be mainly that the air of high humidity is discharged from exhaust outlet 113.

The remainder that flow into the air in water back 162 is heated by heater 190.Like this, portion of air limit is replaced on hot blast emitting mechanism limit makes air in case body-internal-circulation, in container 150, brushes hot blast.

By discharging air, oil smoke and the stink of high humidity, the humidity of the hot blast brushing to heating object is maintained within the limits prescribed, in the time heating object being fried to the cooking, can not affect thus the taste of heating object, in addition, in the time heating object being dried to the cooking, can make heating object stable dry.And, can reduce the dirt in heating clamber 140.

Fig. 5 represents that in the heating device of present embodiment, limit makes container swing the figure of state heating object being heated limit.Fig. 6 is illustrated in limit in the heating device of present embodiment to make container rotate in one direction the figure of state heating object being heated limit.

As shown in the arrow 3 of Fig. 5, the heating device 100 of present embodiment can limit makes that container 150 swings, heat the heating object 90 in container 150 on limit.Particularly, under the state with the scope positive and negative rotation below 90 ° on any direction that makes container 150 at left and right directions, in container 150, brush hot blast.Now, can stir heating object 90 gradually.

In addition,, as shown in the arrow 4 of Fig. 6, the heating device 100 of present embodiment can make container 150 heat the heating object 90 in container 150 to any one direction rotation, limit in limit.Particularly, under the state that container 150 is rotated to the left or to the right, in container 150, brush hot blast.

Now, can as heating object 90 is thrown to aerial high degree of agitation.Particularly, can make heating object 90 utilize centrifugal force to be lifted behind top along inwall, utilize gravity to fall downwards, effectively heating object 90 be stirred.

And, as shown in Figure 6, lifted bumping with nozzle 160 that the part of the heating object 90 of top falls downwards midway.The collision of utilization and described nozzle 160, can stir so that the heating object 90 sticking to each other separates.

As mentioned above, in the heating device 100 of present embodiment, the relative vertical direction of central shaft of container 150 tilts approximately 45 °.By making like this container 150 tilting swing or rotate and can stir the heating object 90 in container 150.

Below, the checking example of the relation to the checking angle of inclination of container and the stirring of heating object describes.Fig. 7 is the chart that represents to verify routine result.

In checking example, use the cylindrical vessel that internal diameter is 100mm for 250mm, height.On the inwall of cylindrical vessel, protrusion tab is not set.Substantially seamlessly be paved with the foamed polystyrene sheet of a large amount of whites in the bottom of this cylindrical vessel.The white foamed polystyrene sheet that takes off two configurations, forms little gap.Subsequently, above white foamed polystyrene sheet, lay a large amount of dark brown foamed polystyrene sheets.

So, changing internal configurations has the angle of inclination of the foamed polystyrene sheet of a large amount of whites and the cylindrical vessel of a large amount of dark brown foamed polystyrene sheets, and taking rotary speed when 10rpm is rotated, the time till white foamed polystyrene sheet is evenly mixed with dark brown foamed polystyrene sheet measures.

As shown in Figure 7, under the relative vertical direction of the central shaft of cylindrical vessel tilts the state of 40 °, foamed polystyrene sheet needs 92 seconds till evenly mixing.Under the relative vertical direction of the central shaft of cylindrical vessel tilts the state of 50 °, foamed polystyrene sheet needs 29 seconds till evenly mixing.Under the relative vertical direction of the central shaft of cylindrical vessel tilts the state of 60 °, foamed polystyrene sheet needs 20 seconds till evenly mixing.Under the relative vertical direction of the central shaft of cylindrical vessel tilts the state of 70 °, foamed polystyrene sheet needs 18 seconds till evenly mixing.Under the relative vertical direction of the central shaft of cylindrical vessel tilts the state of 90 °, foamed polystyrene sheet needs 16 seconds till evenly mixing.

In addition, under the relative vertical direction of the central shaft of cylindrical vessel tilts the state of 30 °, foamed polystyrene sheet fails evenly to mix.Hence one can see that, if the angle of inclination of container 150 is too small, can not effectively stir heating object 90.

In addition, if the angle of inclination of container 150 is excessive, although stirring efficiency improves, the quantitative change of the heating object 90 that can accommodate in container 150 is few, and therefore the efficiency of heating surface reduces.So from the viewpoint of the inhibition of stirring efficiency and the efficiency of heating surface, as the angle of inclination of container 150 preferably 45 ° above below 60 °.

In the heating device 100 of present embodiment, because the nozzle 160 from the central shaft that is positioned at container 150 is the radial hot blast that brushes, heating object 90 is heated, so can heat being equably positioned at nozzle 160 heating object 90 around.In addition, the heating object 90 approaching in container 150 due to nozzle 160 arranges, so can reduce, heating object 90 is heated to required heat.

In the present embodiment, nozzle 160 is from switch gate 120 to the interior extension of container 150, and is formed with gap between the leading section of nozzle 160 and the bottom of container 150.Can suppress thus heating object 90 climb up and be deposited in the bottom of container 150 on the leading section of the approaching nozzle 160 of heating object 90.In addition,, because nozzle 160 is along with attenuating towards its front, therefore heating object 90 can further be suppressed and climb up and be deposited in the leading section of nozzle 160.

In addition, heating device 100 is in the time being dried the cooking to heating object, by the temperature of hot blast being arranged on to the low temperature of 40 DEG C of left and right and continuing to brush a few hours hot blast to heating object, can be dried heating object taking heat effect as minimal mode.Like this, due to can be can not make the deactivated low temperature of the contained enzyme of food be dried food, so can be suppressing in the enzyme useful to human body reduces to generate dried foods.

Or, make the heater 191 of the below of the bottom of the container 150 that is configured in heating device 100 turn round and container 150 self is become in the situation of high temperature, brush hot blast to heating object, can also carry out the cooking of Chinese meal of cooking with high temperature etc.

As mentioned above, the heating device 100 of present embodiment, can heat equably according to the character pair heating object of heating object.In addition, the action of each structure of heating device 100,, is determined according to pre-stored order according to recipe or the cooking method of the user's input (selection) by heating device 100 by above-mentioned control part.

The heating device 100 of present embodiment is in the time carrying out this strong mixing cooking of potato chips, owing to utilizing the Stirring of container 150 self to make each food materials concentrate and brush hot blast under the state of high separation, so can make hot blast contact equably and heat with each food materials, and can improve heat conduction efficiency, thereby shorten the time of cooking.

And, cook owing to being immersed in unlike the past in a large amount of oil, absorb oil so can suppress food materials, thereby can carry out the healthy cooking.In addition, because there is no waste oil, so can carry out the not cooking of welding.

Below, with reference to accompanying drawing, the heating device of embodiment 2 of the present utility model is described.In addition, the difference of the heating device 200 of present embodiment and the heating device 100 of embodiment 1 is only also to possess the angle adjusting mechanism at the angle of inclination that can regulate casing, so to other incomplete structure repeat specification.

(embodiment 2)

Fig. 8 is the skiagraph that represents the structure of the heating device of embodiment 2 of the present utility model.Fig. 9 is the cross-sectional view that represents in the heating device of present embodiment, opens switch gate and take out the state of container.Figure 10 is the skiagraph of the main part of casing in the heating device of present embodiment.

As shown in Fig. 8～10, the heating device 200 of embodiment 2 of the present utility model comprises: casing; Container 250, is accommodated in casing with the state of the relative vertical direction inclination of central shaft predetermined angular, for accommodating heating object; Hot blast emitting mechanism, comprises to the nozzle 260 that brushes hot blast in container 250; And driving mechanism, container 250 is rotated centered by above-mentioned central shaft.In addition, heating device 200 possesses angle adjusting mechanism, and described angle adjusting mechanism is connected with casing, to change the mode of afore mentioned rules angle, casing is tilted.

As shown in Figure 8, casing comprises roughly rectangular-shaped main part 210, and the switch gate 220 being connected with main part 210.The mode that casing can change with the angle of inclination with respect to pedestal 230 is supported.

Particularly, as shown in Fig. 9,10, pedestal 230 has a pair of wrist 230a, described a pair of wrist 230a with clamping casing mode toward each other.The axle 231 that becomes the center of rotation of casing passes respectively a pair of wrist 230a.One end of each axle 231 is fixed on the sidepiece of casing.The other end of each axle 231 is supported and can rotate by bearing 236, and described bearing 236 is assembled on wrist 230a.By utilizing said structure that axle 231 is rotated, can regulate the angle of inclination of casing.

In the present embodiment, angle adjusting mechanism comprises: axle 231; The motor 232 being connected with axle 231; And be assembled in the bearing 236 on wrist 230a.

In angle adjusting mechanism, by motor 232 is turned round, axle 231 is rotated.As mentioned above, because one end of axle 231 is fixed on the sidepiece of casing, so by the rotation of axle 231, can make casing rotate taking axle 231 as pivot.

Angle adjusting mechanism is not limited to above-mentioned electric means, can be by the interim angle that changes of the mechanical system such as ratchet mechanism, also can be by user according to menu or purposes manual adjustments the angle to needs.

Angle adjusting mechanism is electrically connected with control part, stores rotary speed and the duration of runs of motor 232 in described control part, and the driving of motor 232 is controlled.Control part can and calculate the angle of inclination of casing the duration of runs from the rotary speed of motor 232.

In the basic form of the heating device 200 shown in Fig. 8, switch gate 220 is arranged on the oblique upper of main part 210.The right-hand member of switch gate 220 is provided with handle 221.

Top at the main part 210 of casing is formed with the extraneous air air entry 212 being made up of multiple holes.As shown in figure 10, be formed with exhaust outlet 213 on the top of the main part 210 of casing.Exhaust outlet 213 is connected with the top of water back 262.

As shown in Fig. 8～10, in the main part 210 of casing, be provided with heating clamber 240.Heating clamber 240 has the opening by switch gate 220 switches.In addition, be formed with air entry 241 in the bottom of heating clamber 240.

In the main part 210 of casing and in the outside of heating clamber 240, be formed with space.Described space is connected with extraneous air air entry 212 and air entry 241.

In heating clamber 240, dispose container 250.The upper end of container 250 has opening.Be configured in the container 250 in heating clamber 240, the relative vertical direction inclination of its central shaft predetermined angular.

Container 250 is supported and can be rotated by not shown multiple rollers, and described multiple rollers are arranged between the perisporium of container 250 and the inwall of heating clamber 240.The opening that is configured in the container 250 in heating clamber 240 and switch gate 220 leave the interval of regulation and relative.

As shown in figure 10, the inwall of container 250 is provided with the interior side-prominent flat protrusion tab 252 to container 250.In the present embodiment, on the inwall of container 250, be provided with evenly and at intervals three protrusion tabs 252 with 120 °.

Described protrusion tab 252 plays the effect of the agitating plate that stirs heating object.But, in the time that the rotary speed of container 250 is larger etc., even when protrusion tab 252 is not set also can stirs heating object, or while not needing to stir heating object, protrusion tab 252 also can be set.And protrusion tab 252 also can be mounted to can dismounting with respect to container 250.

As shown in Figure 8,9, be provided with the connecting portion 251 being connected with the driving shaft of motor 270 described later in the bottom of container 250.Container 250 and connecting portion 251 can be integrally formed, after also can forming separately, are connected to each other.

Be provided with hot blast emitting mechanism in the inside of casing.Hot blast emitting mechanism comprises: for making the wind path of hot air circulation; Be arranged on the fan 281 on wind path; The fan electromotor 280 of drive fan 281; The heater 290 that air in wind path is heated; And the nozzle 260 of the emission direction of decision hot blast.

As shown in Figure 9, in casing, dispose and form aspirating air pipe 269, the water back 262 being connected with aspirating air pipe 269 of wind path and be connected and be positioned at the door interior conduit 222 of switch gate 220 with water back 262.

One end of aspirating air pipe 269 has the air entry 263 on the inwall that is positioned at heating clamber 240.Another distolateral connection distolateral and water back 262 of aspirating air pipe 269.

A distolateral fan 281 that is provided with in water back 262.Another distolateral heater 290 that is provided with in water back 262.Another of water back 262 is distolateral with can the mode of dismounting and distolateral a connection of door interior conduit 222.

The other end of door interior conduit 222 is connected with nozzle 260.Nozzle 260 is outstanding from switch gate 220, and under the state of closing at switch gate 220, nozzle 260 is to the interior extension of container 250.As shown in Figure 8, nozzle 260 is positioned on the central shaft of container 250 of inclination.In addition, nozzle 260 is along with attenuating towards its front.

The perisporium of nozzle 260 is provided with multiple hot blast ejiction openings 261.In the present embodiment, multiple hot blast ejiction openings 261 with regulation be arranged on evenly and at intervals, in axial direction of nozzle 260 with specify spaced multiple circumference on.

As shown in Figure 8, by the multiple hot blast ejiction openings 261 of configuration like this, can be in the footpath of container 250 upwards the central side in calm device 250 to end side, be radial ejection hot blast from nozzle 260.

As shown in Figure 8, under the state of closing at switch gate 220, owing to there being the interval of regulation between switch gate 220 and the opening of container 250, thus be clipped in the space between inwall and the container 250 of heating clamber 240, with the internal communication of container 250.

In addition, be clipped in the space between inwall and the container 250 of heating clamber 240, be connected with air entry 263., the hot blast ejiction opening 261 of nozzle 260 and air entry 263 are by being clipped in space between inwall and the container 250 of heating clamber 240 and the internal communication of container 250.Thus, in casing, form the wind path that can make hot air circulation.

In the present embodiment, the output of the output of fan 281 and heater 290 all can change.So hot blast emitting mechanism can change the temperature of the hot blast brushing and the flow of hot blast.But hot blast emitting mechanism is not limited to this, as long as at least can change the temperature of hot blast.The temperature of the hot blast brushing is for example more than 40 DEG C below 230 DEG C.

In addition, be provided with driving mechanism in the inside of casing.The driving mechanism of present embodiment rotates container 250.Driving mechanism comprises motor 270.Make driving shaft rotation by the driving of motor 270, and by the connecting portion 251 being connected with described driving shaft, container 250 is rotated centered by its central shaft.

In the present embodiment, the direction of rotation of motor 270, rotary speed and the anglec of rotation all can change.Therefore, driving mechanism can rotate container 250 in the mode that changes direction of rotation, rotary speed and the anglec of rotation.But driving mechanism is not limited to this, as long as can change at least one in direction of rotation, rotary speed and the anglec of rotation, container is rotated.The rotary speed of container 250, for example, below the above 20rpm of 2rpm.

In the present embodiment, also possess heating arrangements in the casing of heating device 200, the bottom that described heating arrangements approaches container 250 arranges, and container 250 is heated.Particularly, in heating clamber 240, the arranged spaced that separates regulation with the bottom of container 250 has the heater 291 as heating arrangements.Heater 291 utilizes radiant heat to heat the bottom of container 250.In addition, the structure of heating arrangements is not limited to this, as long as approach all sidepieces of container 250 and at least a portion of bottom and can heat container 250.And the nonessential heating arrangements that arranges.

Below, the action of heating device 200 is described.

First, in the time frying the cooking, the heating object of surface being smeared in advance or is coated with edible oil is placed in container 250, in the time being dried the cooking, the heating object of moisture content is placed directly in container 250.

As shown in Figure 9, open switch gate 220, the container 250 that contains heating object is configured in heating clamber 240.Now, connecting portion 251 is connected with the driving shaft of motor 270.Then, drive driving mechanism.Particularly, drive motors 270 rotates container 250 centered by its central shaft.

Subsequently, make the running of hot blast emitting mechanism.Particularly, fan motor 280 turns round fan 281.By the running of fan 281, start in water back 262 from another the distolateral air-supply of one end side direction.

After air-supply starts, the air in the space sucking between inwall and the container 250 that is clipped in heating clamber 240 from the air entry 263 of aspirating air pipe 269.The air being inhaled in aspirating air pipe 269 passes through in water back 262.Now, be heated as high temperature by the air of heater 290.The air that becomes high temperature passes through, after door interior conduit 222, as shown in the arrow 1 in Fig. 8, to spray as hot blast from the hot blast ejiction opening 261 of nozzle 260.

The hot blast brushing in from nozzle 260 to container 250, limit in the footpath of container 250 upwards the central side in calm device 250 flow with radial to end side, limit contacts with heating object, thereby heating object is heated.

Hot blast after heating object is heated, flows along the inwall of container 250, flows out in the space between inwall and the container 250 that is clipped in heating clamber 240 from the gap between switch gate 220 and the opening of container 250.

Flow out to the hot blast in the space between inwall and the container 250 that is clipped in heating clamber 240, comprise the moisture from heating object evaporation when heating object is heated.The air of the high humidity that comprises a large amount of described moisture, after mixing, is inhaled into and again flow in water back 262 from air entry 263 with the extraneous air entering by extraneous air air entry 212 and air entry 241.

Flow into a part for the air in water back 262, be sent to the outside that is discharged to heating device 200 after exhaust outlet 213.Particularly because the air of high humidity is positioned at top in water back 262, so be mainly that the air of high humidity is discharged from exhaust outlet 213.

The remainder that flow into the air in water back 262 is heated by heater 290.Like this, portion of air limit is replaced on hot blast emitting mechanism limit makes air in case body-internal-circulation, in container 250, brushes hot blast.

By discharging air, oil smoke and the stink of high humidity, the humidity of the hot blast brushing to heating object is maintained within the limits prescribed, in the time heating object being fried to the cooking, can not affect thus the taste of heating object, in addition, in the time heating object being dried to the cooking, can make heating object stable dry.And, can reduce the dirt in heating clamber 240.

In the heating device 200 of present embodiment, by regulate the angle of inclination of casing with angle adjusting mechanism, can change the angle of inclination of the container 250 being accommodated in casing.

As shown in the checking example of embodiment 1, the angle of inclination of container is relevant to the stirring efficiency of heating object and the efficiency of heating surface.Therefore,, by change the angle of inclination of container according to the proterties of heating object, can realize the stirring efficiency of heating object and the raising of the efficiency of heating surface.For example, in the time wishing the heating object of strong stirring small amount, the angle of inclination of container is arranged on more than 60 °, in the time of the heating object of the faint stirring more amount of hope, the angle of inclination of container is arranged on below 45 °.

Figure 11 is the skiagraph that represents the angle of inclination of container to be made as the state of 5 °.Figure 12 represents the angle of inclination of container to be made as 95 ° and open the skiagraph of the state of switch gate.

As shown in figure 11, in the state that the angle of inclination of container 250 is made as to 5 °, container 250 being accommodated in while accommodating heating object under the state in heating clamber 240 in container 250, can stablizing and easily put into heating object.Or, cooking add condiment etc. to heating object midway time, by reduce the angle of inclination of container 250 temporarily, can easily carry out operation.

As shown in figure 12, in the state that the angle of inclination of container is made as to 95 °, in the time the heating object in container 250 being shifted to plate etc., can make heating object easily move.Be particularly suitable for the heating object that mobile adhesiveness is high.

Thus, by regulating the angle of inclination of casing to change the angle of inclination of container, can carry out applicable cooking according to the proterties of heating object and cooking method.

In the heating device 200 of present embodiment, because the nozzle 260 from the central shaft that is positioned at container 250 is the radial hot blast that brushes, heating object is heated, so can heat equably the heating object of the surrounding that is positioned at nozzle 260.In addition,, because nozzle 260 approaches the heating object setting in container 250, so can reduce, heating object is heated to required heat.

As mentioned above, in the heating device 200 of present embodiment, also can heat equably according to the character pair heating object of heating object.

Below, with reference to accompanying drawing, the heating device of embodiment 3 of the present utility model is described.In addition, the heating device 300 of present embodiment is only that with the difference of the heating device 100 of embodiment 1 heating clamber and container do not tilt, so to other incomplete structure repeat specification.

(embodiment 3)

Figure 13 is the skiagraph that represents the structure of the heating device of embodiment 3 of the present utility model.As shown in figure 13, the heating device 300 of embodiment 3 of the present utility model comprises: casing; Container 350, is accommodated in casing, for accommodating heating object; Hot blast emitting mechanism, comprises to the nozzle 360 that brushes hot blast in container 350; And driving mechanism, container 350 is rotated.

Casing comprises roughly rectangular-shaped main part 310, and the switch gate 320 being connected with main part 310.Switch gate 320 is arranged on the top of main part 310.The central upper of switch gate 320 is provided with handle 321.

Side at the main part 310 of casing is formed with the extraneous air air entry 312 being made up of multiple holes.Top in the side of the main part 310 of casing is formed with exhaust outlet 313.In the main part 310 of casing, be provided with heating clamber 340.In the main part 310 of casing and in the outside of heating clamber 340, be formed with space.Described space is connected with extraneous air air entry 312.

Heating clamber 340 has the opening by switch gate 320 switches.In addition, be formed with air entry 341 in the bottom of heating clamber 340.But air entry 341 also can be arranged on the sidewall of aspirating air pipe 369.

In heating clamber 340, dispose container 350.The upper end of container 350 has opening.Be configured in the container 350 in heating clamber 340, its central shaft is positioned at vertical direction.

Container 350 is supported and can be rotated by not shown multiple rollers, and described multiple rollers are arranged between the perisporium of container 350 and the inwall of heating clamber 340.The opening that is configured in the container 350 in heating clamber 340 and switch gate 320 leave the interval of regulation and relative.

Be provided with the connecting portion 351 being connected with the driving shaft of motor 370 described later in the bottom of container 350.Container 350 and connecting portion 351 can be integrally formed, after also can forming separately, are connected to each other.

Be provided with hot blast emitting mechanism in the inside of casing.Hot blast emitting mechanism comprises: for making the wind path of hot air circulation; Be arranged on the fan 381 on wind path; The fan electromotor 380 of drive fan 381; The heater 390 that air in wind path is heated; And the nozzle 360 of the emission direction of decision hot blast.

As shown in figure 13, in casing, dispose and form aspirating air pipe 369, the water back 362 being connected with aspirating air pipe 369 of wind path and be connected and be positioned at the door interior conduit 322 of switch gate 320 with water back 362.

One end of aspirating air pipe 369 has the air entry 363 on the inwall that is positioned at heating clamber 340.Another distolateral connection distolateral and water back 362 of aspirating air pipe 369.

A distolateral fan 381 that is provided with in water back 362.Another distolateral heater 390 that is provided with in water back 362.Another of water back 362 is distolateral with can the mode of dismounting and distolateral a connection of door interior conduit 322.

The other end of door interior conduit 322 is connected with nozzle 360.Nozzle 360 is outstanding from switch gate 320, and under the state of closing at switch gate 320, nozzle 360 is to the interior extension of container 350.As shown in figure 13, nozzle 360 is positioned on the central shaft of container 350.In addition, nozzle 360 is along with attenuating towards its front.

The perisporium of nozzle 360 is provided with multiple hot blast ejiction openings 361.In the present embodiment, multiple hot blast ejiction openings 361 with regulation be arranged on evenly and at intervals, in axial direction of nozzle 360 with specify spaced multiple circumference on.

As shown in figure 13, by the multiple hot blast ejiction openings 361 of configuration like this, can be in the footpath of container 350 upwards the central side in calm device 350 to end side, be radial ejection hot blast from nozzle 360.

As shown in figure 13, under the state of closing at switch gate 320, owing to there being the interval of regulation between switch gate 320 and the opening of container 350, thus be clipped in the space between inwall and the container 350 of heating clamber 340, with the internal communication of container 350.

In addition, be clipped in the space between inwall and the container 350 of heating clamber 340, be connected with air entry 363., the hot blast ejiction opening 361 of nozzle 360 and air entry 363 are by being clipped in space between inwall and the container 350 of heating clamber 340 and the internal communication of container 350.Thus, in casing, form the wind path that can make hot air circulation.

In the present embodiment, the output of the output of fan 381 and heater 390 all can change.So hot blast emitting mechanism can change the temperature of the hot blast brushing and the flow of hot blast.But hot blast emitting mechanism is not limited to this, as long as at least can change the temperature of hot blast.The temperature of the hot blast brushing is for example more than 40 DEG C below 230 DEG C.

In addition, be provided with driving mechanism in the inside of casing.The driving mechanism of present embodiment rotates container 350.Driving mechanism comprises: motor 370; The cam 371 engaging with the driving shaft of motor 370; And be connected with cam 371 and the sense switch 372 of the position of rotation of inspection instrument 350.

Make driving shaft rotation by the driving of motor 370, and by the connecting portion 351 being connected with described driving shaft, container 350 is rotated centered by its central shaft.Sense switch 372 from the position of the cam 371 of the driving shaft linkage action of motor 370, the position of rotation of inspection instrument 350.

In the present embodiment, the direction of rotation of motor 370, rotary speed and the anglec of rotation all can change.So driving mechanism can rotate container 350 in the mode that changes direction of rotation, rotary speed and the anglec of rotation.But driving mechanism is not limited to this, if can change in direction of rotation, rotary speed and the anglec of rotation at least one, make container rotate.The rotary speed of container 350, for example, below the above 20rpm of 2rpm.

In the present embodiment, also possess heating arrangements in the casing of heating device 300, the bottom that described heating arrangements approaches container 350 arranges, and container 350 is heated.Particularly, in heating clamber 340, the arranged spaced that separates regulation with the bottom of container 350 has the heater 391 as heating arrangements.Heater 391 utilizes radiant heat to heat the bottom of container 350.In addition, the structure of heating arrangements is not limited to this, as long as approach all sidepieces of container 350 and at least a portion of bottom and can heat container 350.And the nonessential heating arrangements that arranges.

Below, the action of heating device 300 is described.

First, in the time frying the cooking, the heating object of surface being smeared in advance or is coated with edible oil is placed in container 350, in the time being dried the cooking, the heating object of moisture content is placed directly in container 350.

Open switch gate 320, the container 350 that contains heating object is configured in heating clamber 340.Now, connecting portion 351 is connected with the driving shaft of motor 370.Then, drive driving mechanism.Particularly, drive motors 370 rotates container 350 centered by its central shaft.

Subsequently, make the running of hot blast emitting mechanism.Particularly, fan motor 380 turns round fan 381.By the running of fan 381, start in water back 362 from another the distolateral air-supply of one end side direction.

After air-supply starts, the air in the space sucking between inwall and the container 350 that is clipped in heating clamber 340 from the air entry 363 of aspirating air pipe 369.The air being inhaled in aspirating air pipe 369 passes through in water back 362.Now, be heated as high temperature by the air of heater 390.The air that becomes high temperature passes through, after door interior conduit 322, as shown in the arrow 1 in Figure 13, to spray as hot blast from the hot blast ejiction opening 361 of nozzle 360.

The hot blast brushing in from nozzle 360 to container 350, limit in the footpath of container 350 upwards the central side in calm device 350 flow with radial to end side, limit contacts with heating object, thereby heating object is heated.

Hot blast after heating object is heated, flows along the inwall of container 350, flows out in the space between inwall and the container 350 that is clipped in heating clamber 340 from the gap between switch gate 320 and the opening of container 350.

Flow out to the hot blast in the space between inwall and the container 350 that is clipped in heating clamber 340, comprise the moisture from heating object evaporation when heating object is heated.The air of the high humidity that comprises a large amount of described moisture, after mixing, is inhaled into and again flow in water back 362 from air entry 363 with the extraneous air entering by extraneous air air entry 312 and air entry 341.

Flow into a part for the air in water back 362, be sent to the outside that is discharged to heating device 300 after exhaust outlet 313.The remainder that flow into the air in water back 362 is heated by heater 390.Like this, portion of air limit is replaced on hot blast emitting mechanism limit makes air in case body-internal-circulation, in container 350, brushes hot blast.

By discharging air, oil smoke and the stink of high humidity, the humidity of the hot blast brushing to heating object is maintained within the limits prescribed, in the time heating object being fried to the cooking, can not affect thus the taste of heating object, in addition, in the time heating object being dried to the cooking, can make heating object stable dry.And, can reduce the dirt in heating clamber 340.

In the heating device 300 of present embodiment, because the nozzle 360 from the central shaft that is positioned at container 350 is the radial hot blast that brushes, heating object is heated, so can heat being equably positioned at nozzle 360 heating object around.In addition,, because nozzle 360 approaches the heating object setting in container 350, so can reduce, heating object is heated to required heat.

As mentioned above, in the heating device 300 of present embodiment, also can heat equably according to the character pair heating object of heating object.

Below, with reference to accompanying drawing, the heating device of embodiment 4 of the present utility model is described.In addition, the heating device 400 of present embodiment is mainly that with the difference of the heating device 300 of embodiment 3 nozzle extends to switch reveal from the bottom side of container, so to the incomplete structure repeat specification identical with heating device 300.

(embodiment 4)

Figure 14 is the skiagraph that represents the structure of the heating device of embodiment 4 of the present utility model.As shown in figure 14, the heating device 400 of embodiment 4 of the present utility model comprises: casing; Container 450, is accommodated in casing, for accommodating heating object 90; Hot blast emitting mechanism, comprises to the nozzle 460 that brushes hot blast in container 450; And driving mechanism, container 450 is rotated.

Casing comprises roughly rectangular-shaped main part 410, and the switch gate 420 being connected with main part 410.Switch gate 420 is arranged on the top of main part 410.The central upper of switch gate 420 is provided with not shown handle.

In the main part 410 of casing, be provided with heating clamber 440.Heating clamber 440 has the opening by switch gate 420 switches.In heating clamber 440, dispose container 450.The upper end of container 450 has opening.In addition, container 450 has hole portion 453 in bottom centre.Be configured in the container 450 in heating clamber 440, its central shaft is positioned at vertical direction.

Container 450 is supported and can be rotated by not shown multiple rollers, and described multiple rollers are arranged between the perisporium of container 450 and the inwall of heating clamber 440.The opening that is configured in the container 450 in heating clamber 440 and switch gate 420 leave the interval of regulation and relative.Fan 484 described later is installed on the inner surface of switch gate 420.

Be provided with the connecting portion 451 being connected with the driving shaft of motor 470 described later in the bottom of container 450.After forming separately, container 450 and connecting portion 451 be connected to each other.Connecting portion 451 is connected with the driving shaft of motor 470 under the state that is assembled in nozzle 460.Part in the inside that is positioned at nozzle 460 of connecting portion 451 is formed with blow vent 464.

Be provided with hot blast emitting mechanism in the inside of casing.Hot blast emitting mechanism comprises: for making the wind path of hot air circulation; Be arranged on the fan 484 on wind path; The fan electromotor 483 of drive fan 484; The heater 490 that air in wind path is heated; And the nozzle 460 of the emission direction of decision hot blast.

Between switch gate 420 and container 450, be provided with fan 484.Between the bottom of heating clamber 440 and the bottom of container 450, be provided with heater 490.

Nozzle 460 runs through the hole portion 453 of the bottom of container 450, and interior to switch gate 420 sides extensions at container 450.As shown in figure 14, nozzle 460 is positioned on the central shaft of container 450.In addition, nozzle 460 has the profile cylindraceous of closed at both ends.

The perisporium of nozzle 460 is provided with multiple hot blast ejiction openings 461.In the present embodiment, multiple hot blast ejiction openings 461 with regulation be arranged on evenly and at intervals, in axial direction of nozzle 460 with specify spaced multiple circumference on.

As shown in figure 14, by the multiple hot blast ejiction openings 461 of configuration like this, can be in the footpath of container 450 upwards the central side in calm device 450 to end side, be radial ejection hot blast from nozzle 460.

In the perisporium of nozzle 460, be formed with air entry 463 in the part between the bottom of heating clamber 440 and the bottom of container 450.In addition, in the perisporium of nozzle 460, in the part between the bottom of heating clamber 440 and the bottom of container 450, be formed with the through hole of assembly and connection portion 451.

As shown in figure 14, under the state of closing at switch gate 420, owing to there being the interval of regulation between switch gate 420 and the opening of container 450, thus be clipped in the space between inwall and the container 450 of heating clamber 440, with the internal communication of container 450.

In addition, be clipped in the space between inwall and the container 450 of heating clamber 440, be connected with air entry 463., the hot blast ejiction opening 461 of nozzle 460 and air entry 463 are by being clipped in space between inwall and the container 450 of heating clamber 440 and the internal communication of container 450.

As mentioned above, be positioned on the connecting portion 451 of nozzle 460 and be formed with blow vent 464, therefore air can be in the interior axial circulation along nozzle 460 of nozzle 460.Thus, in casing, form the wind path that can make hot air circulation.

In the present embodiment, the output of the output of fan 484 and heater 490 all can change.So hot blast emitting mechanism can change the temperature of the hot blast brushing and the flow of hot blast.But hot blast emitting mechanism is not limited to this, as long as at least can change the temperature of hot blast.The temperature of the hot blast brushing is for example more than 40 DEG C below 230 DEG C.

In addition, be provided with driving mechanism in the inside of casing.The driving mechanism of present embodiment rotates container 450.Driving mechanism comprises motor 470.Make driving shaft rotation by the driving of motor 470, and by the connecting portion 451 being connected with described driving shaft, container 450 is rotated centered by its central shaft.

In the present embodiment, the direction of rotation of motor 470, rotary speed and the anglec of rotation all can change.So driving mechanism can rotate container 450 in the mode that changes direction of rotation, rotary speed and the anglec of rotation.But driving mechanism is not limited to this, if can change in direction of rotation, rotary speed and the anglec of rotation at least one, make container rotate.The rotary speed of container 450, for example, below the above 20rpm of 2rpm.

In the present embodiment, in the casing of heating device 400, possess heating arrangements, the bottom that described heating arrangements approaches container 450 arranges, and container 450 is heated.Particularly, heater 490 doubles as heating arrangements.Heater 490 utilizes radiant heat to heat the bottom of container 450.In addition, the structure of heating arrangements is not limited to this, as long as approach all sidepieces of container 450 and at least a portion of bottom and can heat container 450.Heating arrangements also can arrange separately outside heater 490.

Below, the action of heating device 400 is described.

First, in the time frying the cooking, the heating object 90 of surface being smeared in advance or is coated with edible oil is placed in container 450, in the time being dried the cooking, the heating object of moisture content 90 is placed directly in container 450.

Open switch gate 420, the container 450 that contains heating object 90 is configured in heating clamber 440.Now, connecting portion 451 is connected with the driving shaft of motor 470.Then, drive driving mechanism.Particularly, drive motors 470 rotates container 450 centered by its central shaft.

Subsequently, make the running of hot blast emitting mechanism.Particularly, fan motor 483 turns round fan 484.By the running putting in blast of fan 484.

After air-supply starts, the air in the space sucking between inwall and the container 450 that is clipped in heating clamber 440 from the air entry 463 of nozzle 460.The air being inhaled into has been heated as high temperature when by heater 490.Therefore,, as shown in the arrow 1 in Figure 14, spray hot blast from the hot blast ejiction opening 461 of nozzle 460.

The hot blast brushing in from nozzle 460 to container 450, limit in the footpath of container 450 upwards the central side in calm device 450 flow with radial to end side, limit contacts with heating object 90, thereby heating object 90 is heated.

Hot blast after heating object 90 is heated, flows along the inwall of container 450, flows out in the space between inwall and the container 450 that is clipped in heating clamber 440 from the gap between switch gate 420 and the opening of container 450.

Flow out to the hot blast in the space between inwall and the container 450 that is clipped in heating clamber 440, heated by heater 490.Thus, hot blast emitting mechanism makes air in case body-internal-circulation, in container 450, brushes hot blast.

In the heating device 400 of present embodiment, because the nozzle 460 from the central shaft that is positioned at container 450 is the radial hot blast that brushes, heating object is heated, so can heat being equably positioned at nozzle 460 heating object 90 around.In addition, the heating object 90 approaching in container 450 due to nozzle 460 arranges, so can reduce, heating object 90 is heated to required heat.

As mentioned above, in the heating device 400 of present embodiment, also can heat equably according to the character pair heating object 90 of heating object 90.

Below, with reference to accompanying drawing, the heating device of embodiment 5 of the present utility model is described.In addition, the heating device 500 of present embodiment is mainly that with the difference of the heating device 400 of embodiment 4 nozzle and container are wholely set, so to the incomplete structure repeat specification identical with heating device 400.

(embodiment 5)

Figure 15 is the skiagraph that represents the structure of the heating device of embodiment 5 of the present utility model.As shown in figure 15, the heating device 500 of embodiment 5 of the present utility model comprises: casing; Container 550, is accommodated in casing, for accommodating heating object 90; Hot blast emitting mechanism, comprises to the nozzle 560 that brushes hot blast in container 550; And driving mechanism, container 550 is rotated.

Casing comprises roughly rectangular-shaped main part 510, and the switch gate 520 being connected with main part 510.Switch gate 520 is arranged on the top of main part 510.The central upper of switch gate 520 is provided with not shown handle.

In the main part 510 of casing, be provided with heating clamber 540.Heating clamber 540 has the opening by switch gate 520 switches.In heating clamber 540, dispose container 550.The upper end of container 550 has opening.In addition, container 550 is provided with nozzle 560 in bottom centre.Be configured in the container 550 in heating clamber 540, its central shaft is positioned at vertical direction.

Container 550 is supported and can be rotated by not shown multiple rollers, and described multiple rollers are arranged between the perisporium of container 550 and the inwall of heating clamber 540.The opening that is configured in the container 550 in heating clamber 540 and switch gate 520 leave the interval of regulation and relative.Fan 584 described later is installed on the inner surface of switch gate 520.

Be provided with the connecting portion 551 being connected with the driving shaft of motor 570 described later in the bottom of container 550.After forming separately, container 550 and connecting portion 551 be connected to each other.The part that the inner space with nozzle 560 of connecting portion 551 contacts is formed with air entry 563.

Be provided with hot blast emitting mechanism in the inside of casing.Hot blast emitting mechanism comprises: for making the wind path of hot air circulation; Be arranged on the fan 584 on wind path; The fan electromotor 583 of drive fan 584; The heater 590 that air in wind path is heated; And the nozzle 560 of the emission direction of decision hot blast.

Between switch gate 520 and container 550, be provided with fan 584.Between the bottom of heating clamber 540 and the bottom of container 550, be provided with heater 590.

Nozzle 560 is outstanding from the bottom of container 550, and interior to switch gate 520 sides extensions at container 550.As shown in figure 15, nozzle 560 is positioned on the central shaft of container 550.In addition, nozzle 560 has cone shape profile substantially.

The perisporium of nozzle 560 is provided with multiple hot blast ejiction openings 561.In the present embodiment, multiple hot blast ejiction openings 561 with regulation be arranged on evenly and at intervals, in axial direction of nozzle 560 with specify spaced multiple circumference on.

As shown in figure 15, by the multiple hot blast ejiction openings 561 of configuration like this, can be in the footpath of container 550 upwards the central side in calm device 550 to end side, be radial ejection hot blast from nozzle 560.

As shown in figure 15, under the state of closing at switch gate 520, owing to there being the interval of regulation between switch gate 520 and the opening of container 550, thus be clipped in the space between inwall and the container 550 of heating clamber 540, with the internal communication of container 550.

In addition, be clipped in the space between inwall and the container 550 of heating clamber 540, be connected with air entry 563., the hot blast ejiction opening 561 of nozzle 560 and air entry 563 are by being clipped in space between inwall and the container 550 of heating clamber 540 and the internal communication of container 550.

As mentioned above, the air entry 563 of connecting portion 551, contacts with the inner space of nozzle 560, makes the air can be in the interior axial circulation along nozzle 560 of nozzle 560.Thus, in casing, form the wind path that can make hot air circulation.

In the present embodiment, the output of the output of fan 584 and heater 590 all can change.So hot blast emitting mechanism can change the temperature of the hot blast brushing and the flow of hot blast.But hot blast emitting mechanism is not limited to this, as long as at least can change the temperature of hot blast.The temperature of the hot blast brushing is for example more than 40 DEG C below 230 DEG C.

In addition, be provided with driving mechanism in the inside of casing.The driving mechanism of present embodiment rotates container 550.Driving mechanism comprises motor 570.Make driving shaft rotation by the driving of motor 570, and by the connecting portion 551 being connected with described driving shaft, container 550 is rotated centered by its central shaft.

In the present embodiment, the direction of rotation of motor 570, rotary speed and the anglec of rotation all can change.So driving mechanism can rotate container 550 in the mode that changes direction of rotation, rotary speed and the anglec of rotation.But driving mechanism is not limited to this, if can change in direction of rotation, rotary speed and the anglec of rotation at least one, make container rotate.The rotary speed of container 550, for example, below the above 20rpm of 2rpm.

In the present embodiment, in the casing of heating device 500, possess heating arrangements, the bottom that described heating arrangements approaches container 550 arranges, and container 550 is heated.Particularly, heater 590 doubles as heating arrangements.Heater 590 utilizes radiant heat to heat the bottom of container 550.In addition, the structure of heating arrangements is not limited to this, as long as approach all sidepieces of container 550 and at least a portion of bottom and can heat container 550.Heating arrangements also can arrange separately outside heater 590.

Below, the action of heating device 500 is described.

First, in the time frying the cooking, the heating object 90 of surface being smeared in advance or is coated with edible oil is placed in container 550, in the time being dried the cooking, the heating object of moisture content 90 is placed directly in container 550.

Open switch gate 520, the container 550 that contains heating object 90 is configured in heating clamber 540.Now, connecting portion 551 is connected with the driving shaft of motor 570.Then, drive driving mechanism.Particularly, drive motors 570 rotates container 550 centered by its central shaft.

Subsequently, make the running of hot blast emitting mechanism.Particularly, fan motor 583 turns round fan 584.By the running putting in blast of fan 584.

After air-supply starts, the air in the space sucking between inwall and the container 550 that is clipped in heating clamber 540 from the air entry 563 of connecting portion 551.The air being inhaled into has been heated as high temperature when by heater 590.Therefore,, as shown in the arrow 1 in Figure 15, spray hot blast from the hot blast ejiction opening 561 of nozzle 560.

The hot blast brushing in from nozzle 560 to container 550, limit in the footpath of container 550 upwards the central side in calm device 550 flow with radial to end side, limit contacts with heating object 90, thereby heating object 90 is heated.

Hot blast after heating object 90 is heated, flows along the inwall of container 550, flows out in the space between inwall and the container 550 that is clipped in heating clamber 540 from the gap between switch gate 520 and the opening of container 550.

Flow out to the hot blast in the space between inwall and the container 550 that is clipped in heating clamber 540, heated by heater 590.Thus, hot blast emitting mechanism makes air in case body-internal-circulation, in container 550, brushes hot blast.

In the heating device 500 of present embodiment, because the nozzle 560 from the central shaft that is positioned at container 550 is the radial hot blast that brushes, heating object is heated, so can heat being equably positioned at nozzle 560 heating object 90 around.In addition, the heating object 90 approaching in container 550 due to nozzle 560 arranges, so can reduce, heating object 90 is heated to required heat.

As mentioned above, in the heating device 500 of present embodiment, also can heat equably according to the character pair heating object 90 of heating object 90.

Below, describe with reference to the heating device of accompanying drawing embodiment 6 of the present utility model.In addition, the heating device 600 of present embodiment is mainly that with the difference of the heating device 400 of embodiment 4 nozzle rotates but container does not rotate, so to the incomplete structure repeat specification identical with heating device 400.

(embodiment 6)

Figure 16 is the skiagraph that represents the structure of the heating device of embodiment 6 of the present utility model.As shown in figure 16, the heating device 600 of embodiment 6 of the present utility model comprises: casing; Container 650, is accommodated in casing, for accommodating heating object 90; Hot blast emitting mechanism, comprises to the nozzle 660 that brushes hot blast in container 650; And driving mechanism, nozzle 660 is rotated.

Casing comprises roughly rectangular-shaped main part 610, and the switch gate 620 being connected with main part 610.Switch gate 620 is arranged on the top of main part 610.The central upper of switch gate 620 is provided with not shown handle.

In the main part 610 of casing, be provided with heating clamber 640.Heating clamber 640 has the opening by switch gate 620 switches.In heating clamber 640, dispose container 650.The upper end of container 650 has opening.In addition, container 650 has hole portion 653 in bottom centre.Be configured in the container 650 in heating clamber 640, its central shaft is positioned at vertical direction.

Container 650 is supported by not shown multiple rollers, and described multiple rollers are arranged between the perisporium of container 650 and the inwall of heating clamber 640.The opening that is configured in the container 650 in heating clamber 640 and switch gate 620 leave the interval of regulation and relative.Fan 684 described later is installed on the inner surface of switch gate 620.

Be provided with hot blast emitting mechanism in the inside of casing.Hot blast emitting mechanism comprises: for making the wind path of hot air circulation; Be arranged on the fan 684 on wind path; The fan electromotor 683 of drive fan 684; The heater 690 that air in wind path is heated; And the nozzle 660 of the emission direction of decision hot blast.

Between switch gate 620 and container 650, be provided with fan 684.Between the bottom of heating clamber 640 and the bottom of container 650, be provided with heater 690.

Nozzle 660 runs through the hole portion 653 of the bottom of container 650, and interior to switch gate 620 sides extensions at container 650.As shown in figure 16, nozzle 660 is positioned on the central shaft of container 650.In addition, nozzle 660 has the profile cylindraceous of closed at both ends.Nozzle 660 is connected with the driving shaft of motor 670 described later.

The perisporium of nozzle 660 is provided with multiple hot blast ejiction openings 661.In the present embodiment, multiple hot blast ejiction openings 661 with regulation be arranged on evenly and at intervals, in axial direction of nozzle 660 with specify spaced multiple circumference on.

As shown in figure 16, by the multiple hot blast ejiction openings 661 of configuration like this, can be in the footpath of container 650 upwards the central side in calm device 650 to end side, be radial ejection hot blast from nozzle 660.

In the perisporium of nozzle 660, be formed with air entry 663 in the part between the bottom of heating clamber 640 and the bottom of container 650.

As shown in figure 16, under the state of closing at switch gate 620, owing to there being the interval of regulation between switch gate 620 and the opening of container 650, thus be clipped in the space between inwall and the container 650 of heating clamber 640, with the internal communication of container 650.In addition, be clipped in the space between inwall and the container 650 of heating clamber 640, be connected with air entry 663., the hot blast ejiction opening 661 of nozzle 660 and air entry 663 are by being clipped in space between inwall and the container 650 of heating clamber 640 and the internal communication of container 650.

The driving shaft of motor 670 is positioned on the central shaft of nozzle 660, and leaves the interval of regulation with the perisporium of nozzle 660.In nozzle 660, air can the space between the perisporium of nozzle 660 and the driving shaft of motor 670 in, along the axial circulation of nozzle 660.Thus, in casing, form the wind path that can make hot air circulation.

In the present embodiment, the output of the output of fan 684 and heater 690 all can change.So hot blast emitting mechanism can change the temperature of the hot blast brushing and the flow of hot blast.But hot blast emitting mechanism is not limited to this, as long as at least can change the temperature of hot blast.The temperature of the hot blast brushing is for example more than 40 DEG C below 230 DEG C.

In addition, be provided with driving mechanism in the inside of casing.The driving mechanism of present embodiment rotates nozzle 660.Driving mechanism comprises motor 670.Make driving shaft rotation by the driving of motor 670, thereby the nozzle 660 being connected with described driving shaft is rotated centered by its central shaft.

In the present embodiment, the direction of rotation of motor 670, rotary speed and the anglec of rotation all can change.So driving mechanism can rotate nozzle 660 in the mode that changes direction of rotation, rotary speed and the anglec of rotation.But driving mechanism is not limited to this, if can change in direction of rotation, rotary speed and the anglec of rotation at least one, make nozzle rotate.The rotary speed of nozzle 660, for example, below the above 20rpm of 2rpm.

In the present embodiment, in the casing of heating device 600, possess heating arrangements, the bottom that described heating arrangements approaches container 650 arranges, and container 650 is heated.Particularly, heater 690 doubles as heating arrangements.Heater 690 utilizes radiant heat to heat the bottom of container 650.In addition, the structure of heating arrangements is not limited to this, as long as approach all sidepieces of container 650 and at least a portion of bottom and can heat container 650.Heating arrangements also can arrange separately outside heater 690.

Below, the action of heating device 600 is described.

First, in the time frying the cooking, the heating object 90 of surface being smeared in advance or is coated with edible oil is placed in container 650, in the time being dried the cooking, the heating object of moisture content 90 is placed directly in container 650.

Open switch gate 620, the container 650 that contains heating object 90 is configured in heating clamber 640.Now, nozzle 660 is through the hole portion 653 of container 650.Then, drive driving mechanism.Particularly, drive motors 670 rotates nozzle 660 centered by its central shaft.

Subsequently, make the running of hot blast emitting mechanism.Particularly, fan motor 683 turns round fan 684.By the running putting in blast of fan 684.

After air-supply starts, the air in the space sucking between inwall and the container 650 that is clipped in heating clamber 640 from the air entry 663 of nozzle 660.The air being inhaled into has been heated as high temperature when by heater 690.Therefore,, as shown in the arrow 1 in Figure 16, spray hot blast from the hot blast ejiction opening 661 of nozzle 660.

The hot blast brushing in from nozzle 660 to container 650, limit in the footpath of container 650 upwards the central side in calm device 650 flow with radial to end side, limit contacts with heating object 90, thereby heating object 90 is heated.

Hot blast after heating object 90 is heated, flows along the inwall of container 650, flows out in the space between inwall and the container 650 that is clipped in heating clamber 640 from the gap between switch gate 620 and the opening of container 650.

Flow out to the hot blast in the space between inwall and the container 650 that is clipped in heating clamber 640, heated by heater 690.Thus, hot blast emitting mechanism makes air in case body-internal-circulation, in container 650, brushes hot blast.

In the heating device 600 of present embodiment, because the nozzle 660 from the central shaft that is positioned at container 650 is the radial hot blast that brushes, heating object is heated, so can heat equably the heating object 90 of the surrounding that is positioned at nozzle 660.In addition, the heating object 90 approaching in container 650 due to nozzle 660 arranges, so can reduce, heating object 90 is heated to required heat.

As mentioned above, in the heating device 600 of present embodiment, also can heat equably according to the character pair heating object 90 of heating object 90.

Below, with reference to accompanying drawing, the heating device of embodiment 7 of the present utility model is described.In addition, the heating device 700 of present embodiment is mainly that with the difference of the heating device 600 of embodiment 6 nozzle has agitator, so to the incomplete structure repeat specification identical with heating device 600.

(embodiment 7)

Figure 17 is the skiagraph that represents the structure of the heating device of embodiment 7 of the present utility model.Figure 18 is the stereogram that represents the structure in the container of heating device of present embodiment.

As shown in figure 17, the heating device 700 of embodiment 7 of the present utility model comprises: casing; Container 750, is accommodated in casing, for accommodating heating object 90; Hot blast emitting mechanism, comprises to the nozzle 760 that brushes hot blast in container 750; And driving mechanism, nozzle 760 is rotated.

Casing comprises roughly rectangular-shaped main part 710, and the switch gate 720 being connected with main part 710.Switch gate 720 is arranged on the top of main part 710.The central upper of switch gate 720 is provided with not shown handle.

In the main part 710 of casing, be provided with heating clamber 740.Heating clamber 740 has the opening by switch gate 720 switches.In heating clamber 740, dispose container 750.The upper end of container 750 has opening.In addition, container 750 has hole portion 753 in bottom centre.Be configured in the container 750 in heating clamber 740, its central shaft is positioned at vertical direction.

Container 750 is supported by not shown multiple rollers, and described multiple rollers are arranged between the perisporium of container 750 and the inwall of heating clamber 740.The opening that is configured in the container 750 in heating clamber 740 and switch gate 720 leave the interval of regulation and relative.Fan 784 described later is installed on the inner surface of switch gate 720.

Be provided with hot blast emitting mechanism in the inside of casing.Hot blast emitting mechanism comprises: for making the wind path of hot air circulation; Be arranged on the fan 784 on wind path; The fan electromotor 783 of drive fan 784; The heater 790 that air in wind path is heated; And the nozzle 760 of the emission direction of decision hot blast.

Between switch gate 720 and container 750, be provided with fan 784.Between the bottom of heating clamber 740 and the bottom of container 750, be provided with heater 790.

Nozzle 760 runs through the hole portion 753 of the bottom of container 750, and interior to switch gate 720 sides extensions at container 750.As shown in figure 17, nozzle 760 is positioned on the central shaft of container 750.In addition, nozzle 760 has the profile cylindraceous of closed at both ends.Nozzle 760 is connected with the driving shaft of motor 770 described later.

The perisporium of nozzle 760 is provided with multiple hot blast ejiction openings 761.In the present embodiment, multiple hot blast ejiction openings 761 with regulation be disposed on, in axial direction of nozzle 760 with specify spaced multiple circumference on.

As shown in figure 17, by the multiple hot blast ejiction openings 761 of configuration like this, can be in the footpath of container 750 upwards the central side in calm device 750 to end side, be radial ejection hot blast from nozzle 760.

In the perisporium of nozzle 760, be formed with air entry 763 in the part between the bottom of heating clamber 740 and the bottom of container 750.

As shown in Figure 17,18, nozzle 760 has agitator 768, and described agitator 768 is for stirring heating object 90 container 750 is interior.Agitator 768 comprises: from the perisporium of nozzle 760 is given prominence to and overlooked, bend to circular-arc base portion 768a; Be connected with base portion 768a, highly get the 768b of portion lower than holding with both hands with both hands of base portion 768a; And get the 768c of disengaging portion that the 768b of portion is connected, has cardinal principle side's tapered profile with holding with both hands with both hands.In addition, the shape of agitator 768 is not limited to this, can suitably set according to the proterties of heating object 90.In addition, also can be set to can be from the perisporium dismounting of nozzle 760 for agitator 768.

As shown in figure 17, under the state of closing at switch gate 720, owing to there being the interval of regulation between switch gate 720 and the opening of container 750, thus be clipped in the space between inwall and the container 750 of heating clamber 740, with the internal communication of container 750.In addition, be clipped in the space between inwall and the container 750 of heating clamber 740, be connected with air entry 763., the hot blast ejiction opening 761 of nozzle 760 and air entry 763 are by being clipped in space between inwall and the container 750 of heating clamber 740 and the internal communication of container 750.

The driving shaft of motor 770 is positioned on the central shaft of nozzle 760, and leaves the interval of regulation with the perisporium of nozzle 760.In nozzle 760, air can the space between the perisporium of nozzle 760 and the driving shaft of motor 770 in, along the axial circulation of nozzle 760.Thus, in casing, form the wind path that can make hot air circulation.

In the present embodiment, the output of the output of fan 784 and heater 790 all can change.So hot blast emitting mechanism can change the temperature of the hot blast brushing and the flow of hot blast.But hot blast emitting mechanism is not limited to this, as long as at least can change the temperature of hot blast.The temperature of the hot blast brushing is for example more than 40 DEG C below 230 DEG C.

In addition, be provided with driving mechanism in the inside of casing.The driving mechanism of present embodiment rotates nozzle 760.Driving mechanism comprises motor 770.Make driving shaft rotation by the driving of motor 770, thereby the nozzle 760 being connected with described driving shaft is rotated centered by its central shaft.That is, driving mechanism rotates nozzle 760, and then agitator 768 was upwards rotated in the week of container 750.

In the present embodiment, the direction of rotation of motor 770, rotary speed and the anglec of rotation all can change.So driving mechanism can rotate nozzle 760 in the mode that changes direction of rotation, rotary speed and the anglec of rotation.But driving mechanism is not limited to this, if can change in direction of rotation, rotary speed and the anglec of rotation at least one, make nozzle rotate.The rotary speed of nozzle 760, for example, below the above 20rpm of 2rpm.

In the present embodiment, in the casing of heating device 700, possess heating arrangements, the bottom that described heating arrangements approaches container 750 arranges, and container 750 is heated.Particularly, heater 790 doubles as heating arrangements.Heater 790 utilizes radiant heat to heat the bottom of container 750.In addition, the structure of heating arrangements is not limited to this, as long as approach all sidepieces of container 750 and at least a portion of bottom and can heat container 750.Heating arrangements also can arrange separately outside heater 790.

Below, the action of heating device 700 is described.

First, in the time frying the cooking, the heating object 90 of surface being smeared in advance or is coated with edible oil is placed in container 750, in the time being dried the cooking, the heating object of moisture content 90 is placed directly in container 750.

Open switch gate 720, the container 750 that contains heating object 90 is configured in heating clamber 740.Now, container 750 is configured in to heating clamber 740 when interior, nozzle 760 is through the hole portion 753 of container 750, and nozzle 760 is connected with the driving shaft of motor 770.

Then, drive driving mechanism.Particularly, drive motors 770 rotates nozzle 760 centered by its central shaft.By the rotation of nozzle 760, the base portion 768a of agitator 768 moves to the end side of container 750 the heating object 90 of the central part that is positioned at container 750, and delivers to hold with both hands with both hands and get the 768b of portion.

In addition, slide in the 768c of disengaging portion limit on the bottom of container 750 and perisporium, and limit to the central part side shifting of container 750, and is delivered to the heating object 90 of radially upper end that is positioned at container 750 to hold with both hands with both hands and got the 768b of portion.

Hold with both hands with both hands and get the 768b of portion and hold with both hands with both hands to get heating object 90 and heating object 90 is crossed to hold with both hands with both hands and get the 768b of portion.Heating object 90 is reversed and is stirred crossing to hold with both hands with both hands while getting the 768b of portion.

Subsequently, make the running of hot blast emitting mechanism.Particularly, fan motor 783 turns round fan 784.By the running putting in blast of fan 784.

After air-supply starts, the air in the space sucking between inwall and the container 750 that is clipped in heating clamber 740 from the air entry 763 of nozzle 760.The air being inhaled into has been heated as high temperature when by heater 790.Therefore,, as shown in the arrow 1 in Figure 17, spray hot blast from the hot blast ejiction opening 761 of nozzle 760.

The hot blast brushing in from nozzle 760 to container 750, limit in the footpath of container 750 upwards the central side in calm device 750 flow with radial to end side, limit contacts with heating object 90, thereby heating object 90 is heated.

Hot blast after heating object 90 is heated, flows along the inwall of container 750, flows out in the space between inwall and the container 750 that is clipped in heating clamber 740 from the gap between switch gate 720 and the opening of container 750.

Flow out to the hot blast in the space between inwall and the container 750 that is clipped in heating clamber 740, heated by heater 790.Thus, hot blast emitting mechanism makes air in case body-internal-circulation, in container 750, brushes hot blast.

In the heating device 700 of present embodiment, because the nozzle 760 from the central shaft that is positioned at container 750 is the radial hot blast that brushes, heating object is heated, so can heat equably the heating object 90 of the surrounding that is positioned at nozzle 760.In addition, because the agitator 768 that utilizes nozzle 760 directly stirs heating object 90, so can heat heating object 90 more equably.And the heating object 90 approaching in container 750 due to nozzle 760 arranges, so can reduce, heating object 90 is heated to required heat.

As mentioned above, in the heating device 700 of present embodiment, also can heat equably according to the character pair heating object 90 of heating object 90.In addition, the heating device 700 of present embodiment directly stirs heating object 90 with agitator 768, so be applicable to on-deformable heating object 90 to heat.

The technical characterictic of recording in the each embodiment of the utility model can be combined to form new technical scheme mutually.And all features of this disclosed embodiment are all exemplary instead of make sex-limited feature.Scope of the present utility model is not limited to above-mentioned explanation but by the Range Representation of claim, and comprises the whole changes in and scope substantive identical with the scope of claim.

Claims (6)

1. a heating device, is characterized in that comprising:

Casing;

Container, is accommodated in described casing, for accommodating heating object; And

Hot blast emitting mechanism, comprises to the nozzle that brushes hot blast in described container,

Described nozzle is upwards radial ejection hot blast from the central side in described container to end side in the footpath of described container.

2. heating device according to claim 1, is characterized in that,

Described container is accommodated in described casing with the state of the relative vertical direction inclination of its central shaft predetermined angular,

Described heating device also possesses driving mechanism, and described driving mechanism rotates described container centered by described central shaft.

3. heating device according to claim 1 and 2, is characterized in that,

Described casing has switch gate,

Described nozzle extends in described container from described switch gate.

4. heating device according to claim 1 and 2, is characterized in that, described nozzle is along with attenuating towards its front.

5. heating device according to claim 3, is characterized in that, described nozzle is along with attenuating towards its front.

6. heating device according to claim 1, is characterized in that,

Described nozzle has agitator, and described agitator is used at heating object described in described container for stirring,

Described heating device also possesses driving mechanism, and described driving mechanism rotates described nozzle, and then makes the circumferential rotation of described agitator at described container.