CN207054733U

CN207054733U - A kind of syrup heating apparatus

Info

Publication number: CN207054733U
Application number: CN201720657973.1U
Authority: CN
Inventors: 刘光跃
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-06-08
Filing date: 2017-06-08
Publication date: 2018-03-02
Anticipated expiration: 2027-06-08

Abstract

It the utility model is related to a kind of syrup heating apparatus, including frame, heating bucket, upper lid and rabbling mechanism；The heating bucket is fixedly connected with frame, and the bottom for heating bucket is an inner concave arc surface, and the inner concave arc surface is provided centrally with a grout outlet；The upper lid is detachably connected with heating bucket, and rabbling mechanism is arranged on below lid；The rabbling mechanism includes planetary gears, center agitating member, secondary stirring rod and stirring motor；The stirring motor, which is arranged on, covers end face, and the center agitating member includes a hollow center bar being vertically arranged and some hollow branch rods being vertically set on center bar；The branch rod is connected with center bar, and multiple through holes are offered on branch rod；Center bar one end sealing, the other end connect with a steam mechanism outlet conduit；The sun gear of the planetary gears is fixed and is set on center bar, and the center bar upper end is provided with a torque sensor, and the torque sensor is connected with a controller communication.

Description

A kind of syrup heating apparatus

Technical field

A kind of syrup heating apparatus is the utility model is related to, belongs to food processing field.

Background technology

Dilated food needs to make in syrup addition dough when processing, and the dilated food for making to make has sweet tea Taste, the heating of traditional syrup use a heating bucket, then using being manually stirred, because syrup has relatively strong viscosity, using people Work stirring needs to expend substantial amounts of strength, and labor intensity is big, and is stirred that syrup can not be made to reach production is default by artificial Viscosity, make the sugariness of dilated food can not be consistent, taste can not be consistent；Therefore one kind can automatically be stirred and can perceived The syrup heating apparatus of viscosity is particularly important.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of syrup heating apparatus, the syrup heating apparatus energy Enough that syrup constantly is carried out into heating stirring, syrup will not be bonded on rabbling mechanism and can be mended automatically according to the viscosity of syrup Water-filling steam, syrup will not be bonded in discharging opening during pulp.

The technical solution of the utility model is as follows：

A kind of syrup heating apparatus, including frame, heating bucket, upper lid and rabbling mechanism；The heating bucket is fixed with frame Connection, the bottom for heating bucket is an inner concave arc surface, and the inner concave arc surface is provided centrally with a grout outlet；The upper lid and heating Bucket is detachably connected, and rabbling mechanism is arranged on below lid；The rabbling mechanism includes planetary gears, center stirring structure Part, secondary stirring rod and stirring motor；The stirring motor, which is arranged on, covers end face, and it is vertical that the center agitating member includes one The hollow center bar set and some hollow branch rods being vertically set on center bar；The branch rod connects with center bar, Multiple through holes are offered on branch rod；Center bar one end sealing, the other end connect with a steam mechanism outlet conduit；The row The sun gear of star gear mechanism is fixed and is set on center bar, and upper end through the Shang Gai and a stirring motor of center bar rotating shaft are led to Cross belt linkage；The secondary stirring rod is vertically arranged and is fixedly connected with the planetary gear center of planetary gears, planetary gear The gear ring of mechanism is fixedly connected with the lower surface of upper lid；The center bar upper end is provided with a torque sensor, and the torque passes Sensor is connected with a controller communication.

Wherein, the steam mechanism includes high-temperature steam generator and humiture adjustment room；The humiture adjustment room bag Include test chamber, humidification chamber and dehumidifying chamber；Temperature Humidity Sensor is provided with the test chamber；The air inlet of the test chamber and height The first magnetic valve is provided with the gas outlet pipeline communication and connecting pipe of warm steam generator；The gas outlet and center of test chamber One first booster pump is provided with the upper end pipeline communication and connecting pipe of rod；Humidification chamber bypasses the shape in test chamber by pipeline Into humidification loop, humidify and be disposed with second solenoid valve and the second booster pump on loop；Dehumidifying chamber is being examined by pipeline bypass Survey on chamber and form loop dehumidification, the 3rd magnetic valve and the 3rd booster pump are disposed with loop dehumidification；The temperature and humidity sensing Device, the first magnetic valve, second solenoid valve, the 3rd magnetic valve, the first booster pump, the second booster pump and the 3rd booster pump respectively with control Device communication connection processed.

Wherein, it is provided with electrical heating wire in the grout outlet；Valve is provided with the grout outlet.

Wherein, it is provided with electrical heating wire in the secondary stirring rod.

The utility model has the advantages that：

1st, center agitating member and secondary stirring rod are separately positioned on sun gear and planetary gear by the utility model, make stirring When, pair stirring rod can surround the revolution stirring of center agitating member while center agitating member rotation is stirred, and make agitation More thoroughly, prevent that syrup is uneven.

2nd, the utility model is heated by high-temperature steam, and high-temperature steam is passed through in syrup from center agitating member, prevents sugar Slurry bonds on the agitating member of center, while sets electrical heating wire in secondary stirring rod, is also prevented from syrup and is glued in secondary stirring rod Knot, is more prone to the cleaning in later stage.

3rd, the utility model goes out in grout outlet sets heating wire, on the one hand prevents syrup from going out bonding, the opposing party in grout outlet Face is advantageous to the pulp of syrup.

4th, the utility model is passed through the humidity of the high-temperature steam of syrup by humiture adjustment room adjustment, can effectively supplement The loss of syrup moisture during heating, ensure the viscosity of syrup.

5th, the utility model is on center bar by setting torque sensor, the resistance that center bar and secondary stirring rod are subject to It is transferred on controller, the viscosity of syrup can be quantified, is advantageous to the assurance to syrup viscosity.

Brief description of the drawings

Fig. 1 represents overall structure diagram of the present utility model；

Fig. 2 represents rabbling mechanism structural representation of the present utility model；

Fig. 3 represents Communication Control schematic diagram of the present utility model.

Reference is expressed as in figure：

1- frames, 2- heating bucket, lid on 3-, 4- rabbling mechanisms, 5- inner concave arc surfaces, 6- grout outlets, 8- planetary gears, 9- centers agitating member, 10- pairs stirring rod, 11- stirring motors, 12- sun gears, 13- planetary gears, 14- gear rings, 15- center bars, 16- branch rod, 17- through holes, 18- steam mechanism, 19- torque sensors, 20- controllers, 21- high-temperature steam generators, 22- are warm and humid Degree adjustment room, 23- test chambers, 24- humidification chambers, 25- dehumidifying chamber, 26- Temperature Humidity Sensors, 27- second solenoid valves, 28- the 3rd Magnetic valve, the magnetic valves of 29- first, the booster pumps of 30- second, the booster pumps of 31- the 3rd, 32- valves, the booster pumps of 33- first.

Embodiment

The utility model is described in detail with specific embodiment below in conjunction with the accompanying drawings.

As shown in Figure 1 and Figure 2, a kind of syrup heating apparatus, including frame 1, heating bucket 2, upper lid 3 and rabbling mechanism 4；Institute State heating bucket 2 to be fixedly connected with frame 1, the bottom of heating bucket 2 is an inner concave arc surface 5, and the inner concave arc surface 5 is provided centrally with One grout outlet 6；The upper lid 3 is detachably connected with heating bucket 2, and rabbling mechanism 4 is arranged on the lower section of lid 3；The rabbling mechanism 4 Including planetary gears 8, center agitating member 9, secondary stirring rod 10 and stirring motor 11；The stirring motor 11 is arranged on The upper surface of lid 3, the center agitating member 9 include a hollow center bar 15 being vertically arranged and are vertically set on center bar 15 On some hollow branch rods 16；The branch rod 16 is connected with center bar 15, and multiple through holes 17 are offered on branch rod 16；In described The one end of axle 15 seals, and the other end connects with a steam mechanism 18 outlet conduit；The sun gear 12 of the planetary gears 8 is solid Surely it is set on center bar 15, the rotating shaft of upper end through the upper lid 3 and a stirring motor 11 of center bar 15 is linked by belt；Make Stirring motor 11 drives sun gear 12 to rotate；The secondary stirring rod 10 be vertically arranged and with the planetary gear 13 of planetary gears 8 Center is fixedly connected, and the gear ring 14 of planetary gears 8 is fixedly connected with the lower surface of upper lid 3；The sun of planetary gears 8 Wheel 12 is used as driving wheel, and gear ring 14 is fixed, and planetary gear 13 revolves round the sun while rotation around sun gear 12；The upper end of center bar 15 It is provided with a torque sensor 19, the controller 20 of the torque sensor 19 and one communication connection.

As shown in Figure 1, Figure 3, the steam mechanism 18 includes high-temperature steam generator 21 and humiture adjustment room 22；It is described Humiture adjustment room 22 includes test chamber 23, humidification chamber 24 and dehumidifying chamber 25；Temperature and humidity sensing is provided with the test chamber 23 Device 26；The air inlet of the test chamber 23 on the gas outlet pipeline communication and connecting pipe of high-temperature steam generator 21 with being provided with First magnetic valve 29；The gas outlet of test chamber 23 on the upper end pipeline communication of center bar 15 and connecting pipe with being provided with one first Booster pump 33；Humidification chamber 24 is bypassed by pipeline and humidification loop is formed in test chamber 23, humidifies and the is disposed with loop Two magnetic valves 27 and the second booster pump 30；Dehumidifying chamber 25 is bypassed by pipeline and forms loop dehumidification in test chamber 23, is dehumidified back The 3rd magnetic valve 28 and the 3rd booster pump 31 are disposed with road；The Temperature Humidity Sensor 26, the first magnetic valve 29, second Magnetic valve 27, the 3rd magnetic valve 28, the first booster pump 33, the second booster pump 30 and the 3rd booster pump 31 are logical with controller 20 respectively News connection.

Electrical heating wire is provided with the grout outlet 6（Not shown in figure）；Valve 32 is provided with the grout outlet 6.

Electrical heating wire is provided with the secondary stirring rod 10（Not shown in figure）.

Operation principle of the present utility model：

Syrup and water are put into heating bucket 1, cover lid 3, starts stirring motor 11, makes center agitating member 9 and pair Stirring rod 10 stirs to syrup；High-temperature steam generator 21 starts simultaneously, and high-temperature steam caused by high-temperature steam generator 21 leads to The temperature and humidity of high-temperature steam is detected by Temperature Humidity Sensor 26 when crossing test chamber 23, and transfers data to controller 20, the data that controller 20 transmits according to torque sensor 19 are judged, if viscosity in values, Controller 20 controls that the magnetic valve 28 of second solenoid valve 27 and the 3rd is closed and the second booster pump 30 and the 3rd booster pump 31 are closed, High-temperature steam is entered in center bar 15 by the first booster pump 33, enters from the through hole 17 on branch rod 16 in syrup, syrup is entered Row heating and normal moisturizing；If viscosity is higher than values, syrup is needed further to keep the skin wet, and controller 20 is controlled Make the closing of the 3rd magnetic valve 28 and the 3rd booster pump 31 is closed, second solenoid valve 27 is opened and the second booster pump 30 starts, and makes height Warm steam, which enters in humidification chamber 24, to be humidified, and is entered back into test chamber 23 after detecting humiture by Temperature Humidity Sensor 26 and is passed through again First booster pump 33 enters in center bar 15, if viscosity is less than preset value, syrup needs to remove unnecessary moisture, control Device control second solenoid valve 27 is closed and the second booster pump 30 is closed, and the 3rd magnetic valve 28 is opened and the 3rd booster pump 31 starts, High-temperature steam enters in dehumidifying chamber 25 carry out gas drying after, enter back into test chamber 23 detected by Temperature Humidity Sensor 26 it is warm and humid Enter again through the first booster pump 33 in center bar 15 after degree.

Further, in pulp, the heating wire of grout outlet starts heating, syrup is smoothly flowed out, and be not easy Bonded at grout outlet.

Embodiment of the present utility model is the foregoing is only, not thereby limits the scope of the claims of the present utility model, it is every The equivalent structure or equivalent flow conversion made using the utility model specification and accompanying drawing content, or be directly or indirectly used in Other related technical areas, similarly it is included in scope of patent protection of the present utility model.

Claims

A kind of 1. syrup heating apparatus, it is characterised in that：Including frame（1）, heating bucket（2）, upper lid（3）And rabbling mechanism（4）； The heating bucket（2）With frame（1）It is fixedly connected, heats bucket（2）Bottom be an inner concave arc surface（5）, the inner concave arc surface（5） Be provided centrally with a grout outlet（6）；The upper lid（3）With heating bucket（2）It is detachably connected, rabbling mechanism（4）It is arranged on Lid（3）Lower section；The rabbling mechanism（4）Including planetary gears（8）, center agitating member（9）, secondary stirring rod（10）With stir Mix motor（11）；The stirring motor（11）It is arranged on lid（3）Upper surface, the center agitating member（9）It is vertical including one The hollow center bar set（15）Be vertically set on center bar（15）On some hollow branch rods（16）；The branch rod （16）With center bar（15）Connection, branch rod（16）On offer multiple through holes（17）；The center bar（15）One end seals, another End and a steam mechanism（18）Outlet conduit connects；The planetary gears（8）Sun gear（12）Fixation is set in center Rod（15）On, center bar（15）Upper end pass through upper lid（3）With a stirring motor（11）Rotating shaft linked by belt；The pair Stirring rod（10）It is vertically arranged and and planetary gears（8）Planetary gear（13）Center is fixedly connected, planetary gears（8） Gear ring（14）With upper lid（3）Lower surface be fixedly connected；The center bar（15）Upper end is provided with a torque sensor（19）, The torque sensor（19）With a controller（20）Communication connection.
A kind of 2. syrup heating apparatus as claimed in claim 1, it is characterised in that：The steam mechanism（18）Steamed including high temperature Vapour generator（21）Room is adjusted with humiture（22）；The humiture adjusts room（22）Including test chamber（23）, humidification chamber（24） With dehumidifying chamber（25）；The test chamber（23）Inside it is provided with Temperature Humidity Sensor（26）；The test chamber（23）Air inlet with High-temperature steam generator（21）Gas outlet pipeline communication and connecting pipe on be provided with the first magnetic valve（29）；Test chamber（23） Gas outlet and center bar（15）Upper end pipeline communication and connecting pipe on be provided with one first booster pump（33）；Humidification chamber （24）Bypassed by pipeline in test chamber（23）It is upper to form humidification loop, humidify and be disposed with second solenoid valve on loop（27） With the second booster pump（30）；Dehumidify chamber（25）Bypassed by pipeline in test chamber（23）Upper formation loop dehumidification, on loop dehumidification It is disposed with the 3rd magnetic valve（28）With the 3rd booster pump（31）；The Temperature Humidity Sensor（26）, the first magnetic valve（29）、 Second solenoid valve（27）, the 3rd magnetic valve（28）, the first booster pump（33）, the second booster pump（30）With the 3rd booster pump（31）Point Not and controller（20）Communication connection.
A kind of 3. syrup heating apparatus as claimed in claim 2, it is characterised in that：The grout outlet（6）Electricity is inside provided with to add Heated filament；The grout outlet（6）On be provided with valve（32）.
A kind of 4. syrup heating apparatus as claimed in claim 3, it is characterised in that：The secondary stirring rod（10）Inside it is provided with electricity Heater strip.