CN2047483U

CN2047483U - Machine for producing ice-cream and ice sucker

Info

Publication number: CN2047483U
Application number: CN 89202356
Authority: CN
Inventors: 牛志超; 张德宏
Original assignee: ZHANJIE REFRIGERATOR PACTORY GONG COUNTY HENAN PROV
Current assignee: ZHANJIE REFRIGERATOR PACTORY GONG COUNTY HENAN PROV
Priority date: 1989-03-01
Filing date: 1989-03-01
Publication date: 1989-11-15

Abstract

The utility model relates to a machine for producing an ice-cream and an ice sucker, comprising a compression type refrigeration unit, a condenser, a connection pipeline, an expansion valve, an extrusion machine set, an evaporator brine tank, etc. The machine for producing the ice-cream and the ice sucker is characterized in that the extrusion machine set is arranged at the middle part or the lower part of the evaporator brine tank. The extrusion machine set is composed of a tubular case body, an agitator assembly, a bearing seat, a drive shaft, a pulley and a head. The utility model has the advantages of dual-purposes by one machine. The utility model has the advantages of simple structure, small size and high efficiency.

Description

Machine for producing ice-cream and ice sucker

The utility model relates to the dual-purpose machine of a kind of ice making cake ice cream.

Present employed ice making cake machine is made up of compression refrigeration unit, condenser, connecting pipe, expansion valve, evaporimeter brine pit etc.; Ice cream making machine is made up of compression refrigeration unit, condenser, connecting pipe, expansion valve, shell evaporation bulking machine etc., through the expanded snow shape raw material of bulking machine, send into again in the evaporimeter brine pit in the ice making cake machine, just can make ice cream after secondary is freezing, as shown in Figure 5.Its weak point is: complex process, can only unit list usefulness, not only wasted energy but also consumption of raw material many, volume is big, operation inconvenience, the cost height, of poor benefits.

The purpose of this utility model be to avoid above-mentioned weak point of the prior art and provide a kind of can dual-use, simple in structure, volume is little, operating procedure is simple, reduces the dual-purpose machine of ice making cake ice cream of raw material, energy resource consumption widely.

The purpose of this utility model can realize by following measure: an expanded unit promptly is installed in the evaporimeter brine pit.

Expanded unit of the present utility model is made up of tubular shell, agitator assembly, bearing block, power transmission shaft, belt pulley and end socket etc.One end of tubular shell is provided with two flanges of certain size at interval, on two flanges, be processed with fixing hole, the shell of inward flange and evaporimeter brine pit tightens together, outward flange and end socket tighten together, the bending tubulose charging aperture that leads in the tubular shell is housed on the top of end socket, in the centre of end socket is the female hole of processing, the adjustment bolt is housed in internal thread hole, stud with the supporting copper sheathing in an end centre of adjusting bolt, supporting an end of the shaft of agitator assembly; In the bottom of end socket the drainage conduit of leading in the tubular shell is housed, blow-off valve is contained on the external port of drainage conduit; On the cylindrical of the tubular shell other end, be processed with screw thread and bearing block fit sealing.Bearing block one end is a large cylinder, and the other end is a small cylinder, and be processed with pore size in the large cylinder and the both ends of the surface centre of small cylinder different, and the through hole that center line coincides; Be processed with internal thread in the macropore, be connected with the threaded end of processing on the tubular shell cylindrical; Oil sealing and bearing are equipped with in mesopore the inner, and bearing also is equipped with in the outer end of mesopore, in the aperture that open in the small cylinder end face centre of bearing block and in the hole of bearing, oil sealing power transmission shaft are housed.One end of power transmission shaft is fastening with flat key and belt pulley, and the other end has the shaft of tooth bank clutch and agitator assembly to link.The agitator assembly by: wing, stir and advance leaf, shaft to form; Wing, stirring advance leaf all to be fixedly mounted on the shaft; The center line of shaft, power transmission shaft, supporting copper sheathing is all consistent.Expanded unit is mounted in middle part or the bottom in the evaporimeter brine pit.

The drawing of accompanying drawing is described as follows:

Fig. 1: schematic diagram of the present utility model.

Fig. 2: expanded unit schematic diagram.

Fig. 3: bearing block structure schematic diagram.

Fig. 4: adjust bolt, end socket, shaft schematic diagram.

Fig. 5: prior art processes flow chart.

Fig. 6: process chart of the present utility model.

The utility model is described in further detail below in conjunction with (accompanying drawing) embodiment:

The utility model by: compression refrigeration unit (6), condenser (1), connecting pipe (8), expansion valve (3), evaporimeter brine pit (14) are formed; Principal character of the present utility model is: middle part or bottom at evaporimeter brine pit (14) are equipped with expanded unit (13), as shown in Figure 1.Expanded unit (13) by: tubular shell (25), agitator assembly (24), bearing block (12), power transmission shaft (19), belt pulley (11), end socket (28) etc. are formed; One end of tubular shell (25) is provided with two flanges (37) of certain size at interval, on two flanges (37), be processed with fixing hole, inward flange (37) is through in the fixing hole with screw (35) with the shell therebetween pad (23) of evaporimeter brine pit (14), it is tightened together, and outward flange (37) tightens together with screw (35) with end socket (28); On the top of end socket (28) the bending tubulose charging aperture (15) that leads in the tubular shell (25) is housed, in the upper end of tubulose charging aperture (15) funnel (30) is installed, so that charging is smooth, as shown in Figure 2.

As shown in Figure 4, be provided with tapped hole in the centre of end socket (28), be equipped with in the hole and adjust bolt (16), it can adjust the position and the tightness of agitator assembly (24); Stud with supporting copper sheathing (27) in an end centre of adjusting bolt (16), supporting an end of the shaft (28) of agitator assembly (24); The nut (29) that bolt (16) is adjusted in locking is housed in the outside of end socket (28).As shown in Figure 2, the drainage conduit (17) of leading in the tubular shell (25) is housed in the bottom of end socket (28), and blow-off valve (33) is housed on the external port of drainage conduit (17); On the cylindrical of the other end of tubular shell (25), have screw thread, with bearing block (12) fit sealing.

As Fig. 2, shown in Figure 3: an end of bearing block (12) is a large cylinder, the other end is a small cylinder, have pore size in the large cylinder and the both ends of the surface centre of small cylinder different, and the through hole that center line coincides, be processed with internal thread in the macropore, be connected with an end of the screw thread of processing on tubular shell (25) cylindrical and seal; Oil sealing (22) is housed in the inner of mesopore, bearing (21), oil sealing (22) plays raw material can not be entered in the bearing (21), oil in the bearing (21) can not enter the effect in the tubular shell (25), bearing (21) is equipped with in the outer end of mesopore, in the aperture that open in the small cylinder end face centre of bearing block (12), reach bearing (21), power transmission shaft (19) is housed in the hole of oil sealing (22), one end of power transmission shaft (19) is fastened with flat key (20) and belt pulley (11), and the other end of power transmission shaft (19) has centering tooth bank clutch (36) to be connected with the shaft (38) of agitator assembly (24).

As shown in Figure 2: agitator assembly (24) advances leaf (32), shaft (38) to form by wing (31), stirring, wing (38), stir to advance leaf (32) all to be fixed on the shaft (38), the center line of shaft (38), power transmission shaft (19), supporting copper sheathing (27) unanimity that all coincides; The frost and snow that wing (31) can freeze tubular shell (25) inwall is wiped off, stirs to advance leaf (32) to play stirring action when running well, and plays progradation during discharge.

Fig. 5 is the prior art processes flow process: (39) ice making cake technology → (6) compression refrigeration unit → (1) condenser → (8) connecting pipe → (3) expansion valve → (41) are freezing, (14) evaporimeter brine pit → (42) finished product.

(40) technology → (6) compression refrigeration unit → (1) condenser → (8) connecting pipe → (3) expansion valve → (13) expanded unit → (41) are freezing, (14) evaporimeter brine pit → (42) finished product for the system ice cream.This system ice cream arts demand is the identical equipment of two covers roughly, as through the expanded back of expanded unit snow shape raw material, sends in the evaporimeter brine pit in the ice making cake machine again, just can make ice cream after secondary is freezing.

Fig. 6 is the utility model--system ice cream technological process: and (40) system ice cream technology → (6) compression refrigeration unit → (1) condenser → (8) connecting pipe → (3) expansion valve → (13) expanded unit, (14) evaporimeter brine pit, (41) is freezing → (42) finished product (ice cream).

The utility model has the advantages that dual-use, can the ice making cake again can ice cream processed, technology, simple in structure, raw material, energy resource consumption are few, volume is little, and is easy to operate, cost is low, the efficient height is good in economic efficiency.

Description of drawings:

(1) condenser, (2) motor, (3) expansion valve, (4) oily ammonia separator, (5) Pressure gauge, (6) compression refrigeration unit, (7) low-pressure filter, (8) connecting pipe, (9) evaporimeter, (10) motor wheel, (11) belt pulley, (12) bearing block, (13) expanded unit, (14) evaporimeter brine pit, (15) charging aperture, (16) adjust bolt, (17) drainage conduit, (18) water inlet pipe and water outlet pipe, (19) power transmission shaft, (20) flat key, (21) bearing, (22) oil sealing, (23) rubber cushion, (24) agitator assembly, (25) tubular shell, (26) nut, (27) supporting copper sheathing, (28) end socket, (29) nut, (30) funnel, (31) wing, (32) stir and advance leaf, (33) blow-off valve, (34) salt solution, (35) screw, (36) tooth bank clutch, (37) flange, (38) shaft, (39) ice making cake technology, (40) ice cream technology processed, (41) are freezing, (42) finished product.

Claims

1, the dual-purpose machine of a kind of ice making cake ice cream is made up of compression refrigeration unit, condenser, connecting pipe, expansion valve, evaporimeter brine pit, it is characterized in that: expanded unit (13) is installed in evaporimeter brine pit (14).

2, the dual-purpose machine of ice making cake ice cream according to claim 1, it is characterized in that: expanded unit (13) is made up of tubular shell (25), agitator assembly (24), bearing block (12), power transmission shaft (19), belt pulley (11), end socket (28) etc.; One end of tubular shell (25) is provided with two flanges (37) of certain size at interval, on two flanges (37), have fixing hole, inward flange (37) tightens together with the shell of evaporimeter brine pit (14), outward flange (37) tightens together with end socket (28), the bending tubulose charging aperture (15) that leads in the tubular shell (25) is housed on the top of end socket (28), centre at end socket (28) has tapped hole, in internal thread hole, be equipped with and adjust bolt (16), in an end centre of adjusting bolt (16), stud with the end that supporting copper sheathing (27) is supporting the shaft (38) of agitator assembly (24), the drainage conduit (17) of leading in the tubular shell (25) is housed in the bottom of end socket (28), and blow-off valve (33) is housed on the external port of drainage conduit (17); Be processed with screw thread on the cylindrical of the other end of tubular shell (25), with bearing block (12) fit sealing.

3, the dual-purpose machine of ice making cake ice cream according to claim 2, it is characterized in that: an end of bearing block (12) is a large cylinder, the other end is a small cylinder, have different and the through hole that center line coincides in aperture in the large cylinder and the both ends of the surface centre of small cylinder, an end that is processed with the screw thread of processing on internal thread and tubular shell (25) cylindrical in the macropore is connected; Oil sealing (22), bearing (21) are equipped with in mesopore the inner, and bearing (21) is equipped with in the outer end of mesopore, in the aperture that open in the small cylinder end face centre of bearing block (12) and in the hole of bearing (21), oil sealing (22) power transmission shaft (19) are housed.

4, the dual-purpose machine of ice making cake ice cream according to claim 3 is characterized in that: an end of power transmission shaft (19) is fastening with flat key (20) and belt pulley (11); The other end of power transmission shaft (19) has centering tooth bank clutch (36), is connected with the shaft (38) of agitator assembly (24).

5, according to claim 2 or the dual-purpose machine of 4 described ice making cake ice creams, it is characterized in that: agitator assembly (24) advances leaf (32), shaft (38) to form by wing (31), stirring, and wing (31), stirring advance leaf (32) all to be fixed on the shaft (38); The center line of shaft (38), power transmission shaft (19), supporting copper sheathing (27) unanimity that all coincides.

6, the dual-purpose machine of ice making cake ice cream according to claim 1 is characterized in that: expanded unit (13) is installed in middle part or the bottom in the evaporimeter brine pit (14).