CN208724808U - Horizontal barrel type ice cream maker - Google Patents

Abstract

A kind of horizontal barrel type ice cream maker, including cabinet are equipped with cylinder barrel, compressor, condenser, blender and driving motor in the cabinet；Cylinder barrel, compressor and condenser are connected by refrigerant circulation line, and blender is mounted in cylinder barrel, and driving motor drives blender rotation；The cylinder barrel is horizontally disposed, and the condenser and compressor are respectively positioned on the rear side of cylinder barrel；The condenser is mounted on the top of the cabinet, and the compressor is located at the lower section of condenser；Heat release hole of the cabinet setting for ventilation, the heat release hole includes the second heat release hole on the top plate of cabinet setting；Radiator fan is installed on the condenser, the air below condenser to be extracted into condenser.The condenser and compressor of horizontal barrel type ice cream maker, setting side by side up and down, and both it is located on rear side of cylinder barrel, keep all parts assembly in cabinet compact, need not be on rear side of cabinet or the reserved space of side, the width of cabinet reduces, the outer dimension diminution of ice cream maker entirety, to reduce the occupancy of footprint, the lesser places in some spaces such as business food and drink dining room or coffee-house can be suitable for.

Description

Horizontal barrel type ice cream maker

Technical field

The utility model belongs to device for producing and processing food field more particularly to a kind of ice cream maker of horizontal barrel type.

Background technique

Existing ice cream maker, the condenser for radiating to compressor, radiating mode using traditional rear air draft or Side air draft makes ice cream maker need the space in the reserved installation condenser in rear portion or side and the space of air draft, makes ice cream The body width or length of machine are larger, and ice cream maker overall dimension is larger, occupy biggish footprint, are not easy to answer Used in the lesser place in some spaces such as business food and drink dining room or coffee-house.In addition, since ice cream maker needs to carry out raw material While refrigeration, raw material needs ceaselessly to stir, between the blender and inner wall of cylinder of ice cream maker, due to rigging error, meeting It there are certain gap, be stirred the raw material being adhered in inner wall of cylinder can not completely, influence the Ice Cream Quality produced.

Utility model content

There are technical problems for above-mentioned existing ice cream maker for the utility model, propose a kind of small in size and production effect Good horizontal barrel type ice cream maker.

In order to achieve the above object, the technical solution adopted in the utility model are as follows:

A kind of horizontal barrel type ice cream maker, including cabinet are equipped with cylinder barrel, compressor, condenser, blender in the cabinet And driving motor；

Cylinder barrel, compressor and condenser are connected by refrigerant circulation line, and blender is mounted in cylinder barrel, driving electricity Machine drives blender rotation；

The cylinder barrel is horizontally disposed, and the condenser and compressor are respectively positioned on the rear side of cylinder barrel；

The condenser is mounted on the top of the cabinet, and the compressor is located at the lower section of condenser；

Heat release hole of the cabinet setting for ventilation, the heat release hole includes on the top plate of cabinet setting Second heat release hole；

Radiator fan is installed on the condenser, the air below condenser to be extracted into condenser；Described Two heat release holes are located above condenser, the heat in condenser to be discharged to outside cabinet by the second heat release hole.

Preferably, second heat release hole is aligned with condenser.

Preferably, supply fan is equipped on the side plate of the cabinet setting, the air outside cabinet to be sent to In cabinet；

The supply fan is aligned with compressor, and the air will be fed into blows to compressor.

Preferably, the driving motor is mounted vertically in cabinet, and it is located at the rear side of the cylinder barrel；

The driving motor drives blender by retarder, to make the axis of blender and the axis of the driving motor Line is vertical.

Preferably, the blender includes rotatable bracket and rack-mount fin；

The fin is slidably mounted on the mounting plate of bracket setting, is provided with support column on the mounting plate；

Elastically-deformable elastic slice can be occurred by being provided on the inside of the fin；

The outside sliding contact of the inner wall of the cylinder barrel and the fin, and fin is pushed, make elastic slice contact support column simultaneously Elastic deformation occurs.

Preferably, the fin is provided with guide groove, the guide rod being arranged on the mounting plate, the guide rod is slidably installed In guide groove, to be oriented to the sliding of fin on a mounting board；

The guide groove is divided into the guide section positioned at outside and the construction section positioned inside, and the end of the guide rod is provided with Spacing head；

The width of the guide section is less than the outer diameter of the spacing head, to limit in the axial direction to guide rod；It is described The width of construction section is more than or equal to the outer diameter of the spacing head, to enable guide rod to deviate from from guide groove.

Compared with prior art, it the advantages of the utility model and has the active effect that

1, the condenser and compressor of horizontal barrel type ice cream maker, setting side by side up and down, and be both located on rear side of cylinder barrel, Make in cabinet all parts assembly compact, without on rear side of cabinet or side reserved space, the width of cabinet reduce, ice cream maker Whole outer dimension reduces, to reduce the occupancy of footprint, can be suitable for business food and drink dining room or coffee-house etc. Some lesser places in space.

2, condenser is located at top, after increase the heat given out, leaves cabinet immediately, contact when heat being avoided to rise The intracorporal other component of case avoids the heat dissipation for influencing other component in cabinet.Radiator fan can be by the air around compressor It is extracted into condenser, is then discharged to outside cabinet, the heat for enabling compressor be transmitted in surrounding air naturally is fast by wind-force Speed belt is walked, and is improved the efficiency that heat is taken away in air flowing, is improved the heat dissipation effect of compressor.

3, the air outside cabinet can be rapidly introduced into cabinet by the supply fan of side plate installation, and directly contact compression Machine radiates to compressor, improves heat dissipation effect.Supply fan is matched with radiator fan simultaneously, can be accelerated in cabinet The efficiency of air circulation improves heat dissipation effect to accelerate the speed that air takes away heat.

4, driving motor is vertically installed, and is changed the direction of transmission shaft by retarder, be further reduced equipment in length On size, reduce table top occupy, improve the convenience used in small space.

5, the inner wall of cylinder barrel pushes fin, so that support column and elastic slice is generated elastic force, fin is reversely pushed through inner wall of cylinder On, the compactness that fin is contacted with inner wall of cylinder is increased, makes whole raw materials in cylinder barrel that can access sufficient stirring, is protected Demonstrate,prove the Ice Cream Quality produced.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of horizontal barrel type ice cream maker；

The structural schematic diagram of Fig. 2 horizontal barrel type ice cream maker when being side plate and top plate opening；

Fig. 3 is the structural schematic diagram of blender；

Fig. 4 is the detonation configuration figure of blender；

In above each figure: 1, cabinet；1.1, side plate；1.2, top plate；1.3, the first heat release hole；1.4, the second heat release hole；2, Cylinder barrel；3, compressor；4, condenser；5, blender；5.1, bracket；5.2, fin；5.3, mounting plate；5.4, support column；5.5, Elastic slice；5.6, guide groove；5.6a, guide section；5.6b, construction section；5.7, guide rod；5.8, spacing head；6, driving motor；7, it radiates Fan；8, supply fan；9, retarder；10, chamber door.

Specific embodiment

In the following, the utility model is specifically described by illustrative embodiment.It should be appreciated, however, that not having In the case where being further discussed below, element, structure and features in an embodiment can also be advantageously incorporated into other implementations In mode.

In the description of the present invention, it should be noted that term "inner", "outside", "upper", "lower", "front", "rear" etc. The orientation or positional relationship of instruction is positional relationship based on the figure, is merely for convenience of description the utility model and simplification Description, rather than the device or element of indication or suggestion meaning must have a particular orientation, constructed and grasped with specific orientation Make, therefore should not be understood as limiting the present invention.In addition, term " first ", " second ", " third " are only used for description mesh , it is not understood to indicate or imply relative importance.

As shown in Fig. 1 to 2, horizontal barrel type ice cream maker is used for Raw material processing into ice cream, and structure includes cabinet 1.

Cylinder barrel 2, compressor 3, condenser 4, blender 5 and driving motor 6 are installed in cabinet 1.

Cylinder barrel 2 is horizontally mounted, and makes its axis horizontal, the accommodating chamber 2.1 that cylinder barrel 2 is arranged is for accommodating raw material.

The refrigerant vapour of low-temp low-pressure is compressed into the refrigerant vapour of high temperature and pressure by electrical energy drive by compressor 3, By refrigerant circulation line, it is sent to condenser 4, to the cooling mediums heat release such as air in condenser 4, is condensed into high-pressure refrigeration Agent liquid, after the throttle valve throttling of refrigerating circulation setting is the refrigerant liquid of low-pressure low-temperature, into the heat absorption vapour of cylinder barrel 2 Change, returns in compressor 3, reach the circularly cooling to cylinder barrel 2, refrigeration principle is identical as refrigerator.

Blender 5 is mounted in the accommodating chamber 2.1 of cylinder barrel 2, and by rotating under the driving of driving motor 6.

When carrying out ice cream processing, required various raw materials are put into the accommodating chamber 2.1 of cylinder barrel 2.Start compressor 3, by the circulation of refrigerant, freeze to cylinder barrel 2.Driving motor 6 drives blender 5 to rotate simultaneously, stirs raw material It mixes.With stirring and cooling, raw material is gradually frozen into ice and swashs rib.

2 one end of cylinder barrel is provided with communication port 2.2, for the loading of raw material or the submitting of ice cream.Case is provided on cabinet 1 Door 10, to open or close communication port.Valve is installed on chamber door 10, in the case where not opening chamber door, by cylinder barrel 2 The discharge of ice cream made of interior.

Condenser 4 is mounted on the top of cabinet 1, and compressor 3 is located at the lower section of condenser 4, and condenser 4 and compressor 3 are equal Positioned at the rear side of cylinder barrel 2, condenser 4, compressor 3, cylinder barrel 2 is made to be all located at the same row on 1 length direction of cabinet, while cylinder barrel 2 is horizontally disposed, and axis is parallel with the length direction of cabinet 1, to reduce condenser 4, compressor 3, cylinder barrel 2 in width The space occupied on direction, reduces the width of cabinet 1, to reduce the whole occupancy spatially of ice cream maker, convenient for answering Use the lesser place in space.

Cabinet 1 is provided with the heat release hole for ventilation, and the cabinet 1 is provided with side plate 1.1 and top plate 1.2, heat release hole packet Include the first heat release hole 1.3 and the second heat release hole 1.4 being separately positioned on side plate 1.1 and top plate 1.2.

Since heat is easy to rise, condenser 4 is located at 1 top of cabinet, and the second heat release hole 1.4 is located at 4 top of condenser, makes It, will not during rising by the second heat release hole 1.4 directly off cabinet 1 after being risen by the heat that condenser 4 gives out Other workpieces in cabinet 1 are encountered, the heat for avoiding condenser 4 from giving out causes the temperature of other workpieces to rise, Guarantee heat dissipation effect.

Since the second heat release hole 1.4 is located on top plate 1.2, dust is easy to fall by the second heat release hole 1.4 from bottom to top Into cabinet 1, the second heat release hole 1.4 is aligned with condenser 4, and the range for being distributed the second heat release hole 1.4 is only condenser 4 The region of surface reduces the distribution area of the second heat release hole 1.4, makes dust be more difficult to enter in cabinet 1, guarantees equipment Cleanliness.

Radiator fan 7 is installed, the air around lower section compressor 3 can be taken away, be made by radiator fan 7 on condenser 4 It passes through condenser 4, is discharged to outside cabinet by the second heat release hole 1.4.

The radiating efficiency of condenser 4 is accelerated by the air-flow of condenser 4.In addition, due to can also be produced when compressor 3 works Heat amount, heat are dispersed into surrounding air, and radiator fan 7 takes the air around compressor 3 away, also can be by cabinet Air in 1 around other equipment is taken away, so that the heat that compressor 3 and other equipment are distributed is discharged, improves compression The radiating efficiency of machine 3 reduces device temperature in cabinet 1, improves the stability of equipment operation.

After air in cabinet 1 is taken away and is discharged, the lower air of temperature enters cabinet 1 by the first heat release hole 1.3 It is interior.Air into cabinet 1 is first carried out with compressor 3 and other equipment and is exchanged, then swapped with condenser 4, Heat is taken away, makes air once-through that can take away more heat, improves the efficiency that heat is taken away in air flowing, improves compression The heat dissipation effect of machine.

In order to further speed up the speed of airflow circulating, the speed of heat discharge is improved, air inlet wind is installed on side plate 1.1 Fan 8, quickly to supplement the lower air of temperature in cabinet 1, takes away heat the air outside cabinet 1 to be sent in cabinet 1 Afterwards, cabinet 1 is discharged under the driving of radiator fan 7.

Supply fan 8 is aligned with compressor 3, forms the blow-through to compressor 3, is quickly reduced as refrigeration main component The temperature of compressor 3 improves the stability of equipment overall operation, improves service life of equipment.

In order to further decrease the occupancy in space, driving motor 6 is mounted vertically in cabinet 1, reduces driving motor 6 itself In the occupancy of 1 width direction of cabinet.Meanwhile driving motor 6 is located at the rear side of cylinder barrel 2, and driving motor 6 and cylinder barrel 2 is made to be located at case Same row on 1 length direction of body reduces the occupancy in the space on 1 width of cabinet, reduces the width of cabinet 1, to subtract The whole occupancy spatially of small ice cream maker, convenient for being applied to the lesser place in space.

Since cylinder barrel 2 is horizontally disposed, blender 5 rotates coaxially in cylinder barrel 2.In order to enable driving motor 6 to stirring Device 5 carries out good driving, and driving motor 6 drives blender 5 by retarder 9, and retarder 9 can make the axis of blender 5 In the case where vertical with the axis of driving motor 6, good transmission is realized.

In order to improve the manufacturing quality of ice cream, blender 5 includes rotatable bracket 5.1, and is mounted on bracket 5.1 Upper fin 5.2.

Fin 5.2 is slidably mounted on the mounting plate 5.3 of the setting of bracket 5.1, and support column 5.4 is provided on mounting plate 5.3.

The inside of fin 5.2, which is provided with, can occur elastically-deformable elastic slice 5.5.

When blender 5 is packed into cylinder barrel 2, since the radial distance between 2 inner wall of support column 5.4 and cylinder barrel is less than elastic slice Radial distance between 5.5 and fin outer ledge, and the outside sliding contact of the inner wall of cylinder barrel 2 and fin 5.2.Therefore cylinder The inner wall of cylinder 2 radially-inwardly can push fin 5.2 in side, so that the elastic slice 5.5 on fin 5.2 is contacted support column 5.4, and supporting Under the blocking of column 5.4, elastic deformation occurs.

Elastically-deformable elastic slice 5.5 is generated, generates elastic force, and under the support of support column 5.4, radially outward side pushes wing Piece 5.2 is in close contact the inner wall of 5.2 outer ledge of fin and cylinder barrel 2, makes not being between 2 inner wall of fin 5.2 and cylinder barrel free Gap can stir whole raw materials in cylinder barrel 2, raw material is sufficiently stirred, stirs evenly when blender 5 rotates, after guaranteeing freezing The quality of the ice cream of formation.

In order to which the movement to fin 5.2 is oriented to, fin 5.2 is provided with guide groove 5.6, and guide groove 5.6 is arranged radially.

The guide rod 5.7 being arranged on mounting plate 5.3, guide rod 5.7 are slidably mounted in guide groove 5.6, thus make fin 5.2 with Mounting plate 5.3 is connected.Guide rod 5.7 is limited in glide direction wherein, to limit the movement of fin 5.2 by guide groove 5.6 Direction is radial.

Guide groove 5.6 axially setting it is multiple, the quantity of guide rod 5.7 is corresponding, thus in the axial direction to fin 5.2 into Row limit, avoids fin 5.2 from twisting.

Restriction of the fin 5.2 on radial and axial, makes 5.2 outer ledge of fin keep fitting closely with 2 inner wall of cylinder barrel, It avoids generating gap, guarantees to be sufficiently stirred, guarantee Ice Cream Quality.

For the ease of dismounting, guide groove 5.6 divides for the guide section 5.6a positioned at the outside and construction section 5.6b positioned inside, The end of guide rod 5.7 is provided with spacing head 5.8.

The width of guide section 5.6a is less than the outer diameter of spacing head 5.8, to limit in the axial direction to guide rod 5.7, prevents Only guide rod 5.7 is deviate from from guide section 5.6a, so that fin 5.2 be prevented to be detached from from mounting plate 5.3.

The width of construction section 5.6b is more than or equal to the outer diameter of spacing head 5.8, to enable spacing head 5.8 to pass through installation Section, so that guide rod 5.7 be enable to deviate from from guide groove 5.6, fin 5.2 is removed from mounting plate 5.3.

Claims (6)

1. a kind of horizontal barrel type ice cream maker, which is characterized in that including cabinet (1), cylinder barrel (2), pressure are equipped in the cabinet (1) Contracting machine (3), condenser (4), blender (5) and driving motor (6)；

Cylinder barrel (2), compressor (3) and condenser (4) are connected by refrigerant circulation line, and blender (5) is mounted on cylinder barrel (2) in, driving motor (6) drives blender (5) rotation；

The cylinder barrel (2) is horizontally disposed, and the condenser (4) and compressor (3) are respectively positioned on the rear side of cylinder barrel (2)；

The condenser (4) is mounted on the top of the cabinet (1), and the compressor (3) is located at the lower section of condenser (4)；

Heat release hole of cabinet (1) setting for ventilation, the heat release hole include the top plate positioned at the cabinet (1) setting (1.2) the second heat release hole (1.4) on；

Radiator fan (7) are installed on the condenser (4), the air below condenser (4) is extracted into condenser (4) In；Second heat release hole (1.4) is located above condenser (4), the heat in condenser (4) is passed through the second heat release hole (1.4) it is discharged to cabinet (1) outside.

2. horizontal barrel type ice cream maker according to claim 1, which is characterized in that second heat release hole (1.4) with it is cold Condenser (4) alignment.

3. horizontal barrel type ice cream maker according to claim 1, which is characterized in that the side plate (1.1) of cabinet (1) setting On supply fan (8) are installed, the air of cabinet (1) outside to be sent in cabinet (1)；

The supply fan (8) is aligned with compressor (3), and the air will be fed into blows to compressor (3).

4. horizontal barrel type ice cream maker according to claim 1, which is characterized in that the driving motor (6) is mounted vertically in In cabinet (1), and it is located at the rear side of the cylinder barrel (2)；

The driving motor (6) is by retarder (9) driving blender (5), to make the axis of blender (5) and the driving The axis of motor (6) is vertical.

5. horizontal barrel type ice cream maker according to claim 1, which is characterized in that the blender (5) includes rotatable Bracket (5.1), and it is mounted on fin (5.2) on bracket (5.1)；

The fin (5.2) is slidably mounted on the mounting plate (5.3) of bracket (5.1) setting, is arranged on the mounting plate (5.3) There are support column (5.4)；

Elastically-deformable elastic slice (5.5) can be occurred by being provided on the inside of the fin (5.2)；

The inner wall of the cylinder barrel (2) and the outside sliding contact of the fin (5.2), and fin (5.2) are pushed, make elastic slice (5.5) support column (5.4) are contacted and elastic deformation occurs.

6. horizontal barrel type ice cream maker according to claim 5, which is characterized in that the fin (5.2) is provided with guide groove (5.6), the guide rod (5.7) being arranged on the mounting plate (5.3), the guide rod (5.7) are slidably mounted in guide groove (5.6), To be oriented to sliding of the fin (5.2) on mounting plate (5.3)；

The guide groove (5.6) is divided into the guide section (5.6a) positioned at outside and the construction section (5.6b) positioned inside, described to lead The end of bar (5.7) is provided with spacing head (5.8)；

The width of the guide section (5.6a) be less than the spacing head (5.8) outer diameter, to guide rod (5.7) in the axial direction into Row limit；The width of the construction section (5.6b) is more than or equal to the outer diameter of the spacing head (5.8), to make guide rod (5.7) energy Enough abjections from guide groove (5.6).