CN201612487U

CN201612487U - Heating blender

Info

Publication number: CN201612487U
Application number: CN2010203024429U
Authority: CN
Inventors: 运建华
Original assignee: Tsann Kuen Zhangzhou Enterprise Co Ltd
Current assignee: Tsann Kuen Zhangzhou Enterprise Co Ltd
Priority date: 2010-02-05
Filing date: 2010-02-05
Publication date: 2010-10-27
Anticipated expiration: 2020-02-05

Abstract

A heating blender relates to a device for processing food into mashes. The heating blender is characterized in that a juice glass provided with a blade group is separably arranged on a main machine provided with a motor; a rotary shaft of the blade group is connected with a rotary shaft of the motor through clutches; the blade group is arranged on a heat conducting knife seat at the bottom of the juice glass; a heating plate with a through hole is arranged on the top of the main machine; the heating plate closely contacts with the knife seat; and an upper clutch on the rotary shaft of the blade group penetrates through the through hole to be connected with a lower clutch on the rotary shaft of the motor. The heating blender solves the problems that the mashes obtained by blending are low in temperature and unsuitable for direct drinking.

Description

The heating mixer

Technical field

The utility model relates to a kind of equipment that food is processed into pastel.

Background technology

Existing food is processed into the mixer of pastel, is equipped with on the main frame of motor a juice glass that set of blades is housed is set separably.The rotating shaft of this set of blades is connected with the rotating shaft of motor through clutch.Starter, the rotating shaft of motor drive the rotating shaft that clutch drives set of blades and rotate, the blade of set of blades in juice glass with the food cutting, stir into pastel.The user mentions juice glass, after making juice glass and main frame separating, just the food of pasty state in the juice glass can be poured onto in bowl or the goblet and drink.But, some the time, the temperature of food itself is lower, the pastel temperature that stirs gained is not suitable for directly drinking, also need be in heating that this pastel is taken away.Therefore, people expect that industry can provide the mixer with heating function.

The utility model content

The utility model aims to provide a kind of heating mixer, and it can improve this pastel temperature when stirring food makes it to become pastel.

The technical solution of the utility model is: the heating mixer, be equipped with on the main frame of motor a juice glass that set of blades is housed be set separably; The rotating shaft of this set of blades is connected with the rotating shaft of motor through clutch; Set of blades is arranged on the tool rest of juice glass bottom heat conduction; The top of main frame is provided with the heating plate that has via hole; This heating plate closely contacts with this tool rest, and the last clutch in the set of blades rotating shaft passes this via hole and is connected with following clutch on the motor shaft.Starter, the rotating shaft of motor drive the rotating shaft that clutch drives set of blades and rotate, the blade of set of blades in juice glass with the food cutting, stir into pastel.If send electricity to heating plate in starter, then heating plate conducts heat energy to tool rest, and the temperature of this pastel is got a promotion.After finishing the stirring operation, the user mentions juice glass, after making juice glass and main frame separating, just warmed-up paste like food in the juice glass can be poured onto in bowl or the goblet and drink.

Described heating plate upper surface is the curved surface corresponding with the lower surface of tool rest.

The subsequent corrosion of described heating plate upper surface is the 1500-180 millimeter.

The reflecting plate that has via hole is set between heating plate and motor on the described main frame; The rotating shaft of following clutch is passed this via hole and is connected upward clutch.

The utility model heating mixer adopts the mode of heating of indirect, and heating plate is set on main frame, and the tool rest of heat conduction is set in the juice glass bottom, is closely contacted to cooperate by heating plate and tool rest and realizes the heat conduction.Thereby when having avoided heating plate directly to be arranged on the juice glass, the problem of reluctant power supply reliability and convenience (if the heating plate on the juice glass directly connects power line, then is not easy to the random mobile juice glass of user in this case; And the electrical connectors conduct electrical power directly is set at juice glass and main frame, then reliability is difficult to again guarantee).Heating plate is located at the weight saving that also can make juice glass on the main frame.The consumer is more convenient in use, operating process.The version of this indirect can reduce the assembly production flow process, improves production line day production capacity.Adopt on-plane surface contact cooperation between the tool rest in heating plate on the main frame and the juice glass, can improve the heating surface area of tool rest, the lifting efficiency of heating surface.And the distortion that can avoid tool rest to produce because of expanding with heat and contract with cold causes complete machine to be scrapped.The subsequent corrosion of heating plate upper surface is the 1500-180 millimeter, increases about 2 square centimeters than the heating surface area on plane, shortens about 1 minute and 30 seconds heat time heating time.Below the heating plate on the main frame reflecting plate is set, the heat radiation that can prevent heat-generating disc causes the motor temperature rise, the problem that reduces service life occurs to motor.

Description of drawings

Fig. 1 is the cross-sectional view of an embodiment of the utility model heating mixer.

Fig. 2 is the deployed configuration schematic diagram of inner each parts of Fig. 1 embodiment.

Fig. 3 is the cross-sectional view of heating plate among Fig. 1 embodiment.

Fig. 4 is the contour structures schematic diagram of Fig. 1 embodiment.

The specific embodiment

The cross-section structure of a preferred embodiment of the utility model heating mixer, as shown in Figure 1.This heating mixer comprises juice glass 1 and main frame 2.The contour structures of present embodiment as shown in Figure 3, juice glass 1 is arranged on the main frame 2 separably.

The main body 11 of juice glass 1 is made of plastic.11 one-tenth pipe shapes of this main body, the outer wall of a side is established handle 111; The inwall of main body 11 bottoms is established annular lip 112, so that the tool rest 14 of supporting blade group 13 is installed; The opening part of main body 11 upper ends is provided with the loam cake 12 of a circle separably.

Please referring to Fig. 2: package packing rotating shaft 132 in the bearing 131 of set of blades 13, stretch out from bearing 131 respectively at the two ends of this rotating shaft 132.Blade 133 is installed in the upper end of rotating shaft 132, and last clutch 134 is installed in the lower end of rotating shaft 132.Each part of set of blades 13 is all made with metal.14 one-tenth of tool rests are discoid, make with metal.The opening part of tool rest 14 upper ends is outwards routed up ring flange 141, and the lower surface of tool rest 14 bottoms is the arc-shaped curved surface to fovea superior.The bottom center of tool rest 14 extends upward a boss 142, and the center of this boss has circular via hole 143.

Please see Fig. 1 in conjunction with Fig. 2: the ring flange 141 of tool rest 14 upper ends is fixed on the annular lip 112 of main body 11 bottoms.The bearing 131 of set of blades 13 is installed in the recess of tool rest 14 boss 142 lower surfaces, and the via hole 143 that boss 142 is passed in the upper end of rotating shaft 132 stretches into main body 11 inside to be held in the inner space of food.Blade 133 is fixed in the upper end of rotating shaft 132, can cut and stir food in this inner space.The following clutch 134 of rotating shaft 132 lower ends is positioned at the below of tool rest 14.

21 one-tenth tubulars of the housing of main frame 2, made of plastic.Motor 22, reflecting plate 23 are equipped with in housing 21 inside, and housing 21 top open parts are equipped with heating plate 24.

Please referring again to Fig. 2 and Fig. 3: fixedly connected with following clutch 222 in rotating shaft 221 upper ends of motor 22.The rotating shaft 223 of following clutch 222 is upwards drawn.23 one-tenth disk shapes of reflecting plate are made with heat-insulating material.The center of reflecting plate 23 has circular via hole 231; One side of reflecting plate 23 has scallop hole 232.Heating plate 24 is circular, makes with metal material.For ease of installing, the periphery of heating plate 24 extends upward, and outwards routs up ring flange 241 at the opening part of this extension upper end.The upper surface 242 of heating plate 24 is a heating surface, and this heating surface is convex arc-shaped curved surface.The subsequent corrosion R of heating plate 24 upper surfaces 242 is the 150-200 millimeter.The central authorities of heating plate 24 have circular via hole 243, and the lower surface of heating plate 24 has groove electrothermal tube 25 and temperature-sensitive and temperature control assembly are installed.Electrothermal tube 25 curves ring-type, and two electrodes 251 are drawn downwards.

Please once more in conjunction with Fig. 2 referring to Fig. 1: motor 22 is fixed on the central authorities of housing 21 inside.In housing 21, be positioned at the rotating shaft 223 places fixed installation reflecting plate 23 of clutch 222 under motor 22 upper ends.The rotating shaft 223 of following clutch 222 is passed the via hole 231 of reflecting plate 23 and is upwards drawn.The ring flange 241 of heating plate 24 upper ends is fixedlyed connected with the top of housing 21.Two electrodes 251 and the temperature-sensitive of electrothermal tube 25 are connected with the control circuit of housing 21 with the scallop hole 232 that the lead-in wire of temperature control assembly passes reflecting plate 23.

In user mode, please referring to Fig. 4: juice glass 1 is placed on the main frame 2.Please once more referring to Fig. 1: the lower surface of the tool rest 14 of juice glass 1 bottom heat conduction closely contacts with heating plate 24 upper surfaces on the main frame 2; The rotating shaft 223 that last clutch 134 in set of blades 13 rotating shafts 132 of juice glass 1 passes the following clutch 222 on via hole 243 and the motor shaft 221 on the heating plate 24 is connected.Starter 22, the rotating shaft 221 of motor 22 drive clutch 222 down and go up the rotating shaft 142 that clutch 134 drives set of blades 14 and rotate, the blade 133 of set of blades 14 in juice glass with the food cutting, stir into pastel.If the electrothermal tube 25 to heating plate 24 send electricity in starter 22, then heating plate 24 gets a promotion the temperature of this pastel to tool rest 14 conduction heat energy.Temperature-sensitive cooperates control circuit with the temperature control assembly on the heating plate 24, and electrothermal tube 25 is limit temperature and temperature control.

Finish stir operation after, the user mentions juice glass 1, and the lower surface of the tool rest 14 of juice glass 1 bottom heat conduction is separated with heating plate 24 upper surfaces on the main frame 2; Last clutch 134 on the set of blades 13 of juice glass 1 is separated with the following clutch 222 on the motor 22, and juice glass 1 separates with main frame 2.Just can raise loam cake 12 afterwards, warmed-up paste like food in the juice glass 1 is poured onto in bowl or the goblet drink.

Certainly, the upper surface 242 of heating plate 24 also can adopt wavy arc-shaped curved surface, and the lower surface of tool rest 14 bottoms adopts wavy arc-shaped curved surface accordingly, two surfaces are closely contacted and have the contact-making surface bigger, reach heating surface area that improves tool rest 14 and the purpose that promotes the efficiency of heating surface than the plane.

The above only is the utility model preferred embodiment, does not limit the scope that the utility model is implemented with this, and the equivalence of doing according to the technical solution of the utility model and description changes and modification, all should belong to the scope that the utility model is contained.

Claims

1. heating mixer is equipped with on the main frame of motor a juice glass that set of blades is housed is set separably; The rotating shaft of this set of blades is connected with the rotating shaft of motor through clutch; It is characterized in that: set of blades is arranged on the tool rest of juice glass bottom heat conduction; The top of main frame is provided with the heating plate that has via hole; This heating plate closely contacts with this tool rest, and the last clutch in the set of blades rotating shaft passes this via hole and is connected with following clutch on the motor shaft.

2. heating mixer according to claim 1 is characterized in that: described heating plate upper surface is the curved surface corresponding with the lower surface of tool rest.

3. heating mixer according to claim 2 is characterized in that: the subsequent corrosion of described heating plate upper surface is the 1500-180 millimeter.

4. according to claim 1 or 2 or 3 described heating mixers, it is characterized in that: the reflecting plate that has via hole is set between heating plate and motor on the described main frame; The rotating shaft of following clutch is passed this via hole and is connected upward clutch.